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Our products

PIR Injection Molding Granulates

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PIR Transmissive Window Films

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PIR Optics

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PIR Sensors

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Request for products and services

KUBE sends directly from Switzerland to any place in the world. Custom lenses may be sent directly from the EU.
In this way we can offer you the best service and the fastest delivery possible.
For a first-time quote request, kindly specify the item, quantity, and use case.
This helps us to recommend the most suitable product and possibly suggest an available alternative.

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KUBE PIR (Passive InfraRed) components are used in

  • Motion / Presence detection
  • Burglar alarms
  • Automatic light switching
  • People detection
  • All other infrared thermal applications (7 … 14 Micron)
  • Non-contact temperature measurement
  • Thermal image detection
  • Automation and robotics

Product quality certificates

RoHS
REACH
UL

Products

PIR Transmissive Injection
Moulding Granulates

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PIR Transmissive
Window Films

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PIR Optics

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PIR Sensors

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PIR Transmissive Injection Moulding Granulates

For Fresnel lenses and windows of PIR motion detectors, thermal imaging cameras and non-contact thermometers

Features:
  • The best material for Fresnel lenses
  • Specially suited for thin parts
  • High transmission in the 7 to 14 µm central passive infrared (PIR) band
  • Choice of colors and MFI
  • RoHS and TSCA conform
  • Excellent visible light absorption available for low false alarm rate / VdS conformity
  • Special colors available on request
  • According to KUBE’s experience, these materials exhibit no substantial loss of specification over 10 years
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Product Specifications / Price List

pdfIcon Product list and specific optical data (Data sheet)
pdfIcon Pricelist KUBE PIR transmissive HDPE granules
pdfIcon General optical, thermal and mechanical data

Process technology / integration

pdfIcon Fixing, gluing and welding of KUBE PIR transmissive HDPE granules
pdfIcon Process engineering setting guidelines for KUBE PIR transmissive HDPE granules

Special quality instructions

pdfIcon Flammability KUBE PIR transmissive HDPE granules
pdfIcon Long term stability KUBE PIR transmissive HDPE granules

PIR Transmissive Window Films

For front-windows, lens covers and protective hoods of PIR motion detectors, thermal imaging cameras and non-contact thermometers

Features:
  • High transmission in the 7 to 14 µm central passive infrared (PIR) band
  • Excellent visible light absorption available for low false alarm rate / VdS conformity
  • Replaces expensive IR windows such as Irtran
  • RoHS and TSCA conform
  • Suitable for vacuum forming of 3D parts
  • Materials exhibit no substantial loss of specification over 10 years

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Product Specifications / Price List

pdfIcon Product list and specific optical data (Data sheet)
pdfIcon Pricelist KUBE PIR transmissive HDPE films

Process technology / integration

pdfIcon Fixing, gluing and welding of KUBE PIR transmissive HDPE films

Special quality instructions

pdfIcon Flammability KUBE PIR transmissive HDPE films
pdfIcon Long term stability KUBE PIR transmissive HDPE films

PIR Optics

Customer Specific
Fresnel Lenses

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MultiZone PIR
Fresnel Lenses

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Cone
Optics

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PIR
Windows

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SingleZone PIR
Lenses

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MultiZone
Golfball Lenses

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Customer Specific Fresnel Lenses

The lens exhibit shows a selection of custom optical components in a variety of shapes and a wide range of PIR sensor applications. All custom lenses are the exclusive property of the customer and are therefore not available to third parties.

All custom lenses are unique. KUBE Electronics AG does not copy customized KUBE lenses or third party ones.

You get to your own customized lens by following the steps described under service on the KUBE Electronics AG webpage.

Fresnel Prism

Usage: Cylindrical window for cone TR234 with partial Fresnel prism insert for beam deflection
Number of segments: No (Window), very thin (0,22mm)
Dimensions (L x W x H): 3d Form 110mm * 65mm
Launch date: 2012
Quantity produced until now: 195 000

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Flat lenses

Usage: Combination Fresnel and cylinder segments for close range
Number of segments: 11 Fresnel, 11 cylinders
Dimensions (L x W x H): 64mm * 52mm, 4 square
Launch date: 2006
Quantity produced until now: 578 000

Conical

Usage: Cone-shaped Fresnel lenses
Mounting: Wall
Number of segments: 12 + 12 + 6
Focal length: 13mm - 18mm
Dimensions (L x W x H): 3d shape
Launch date: 2006
Quantity produced until now: 333 000

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Spherical / Bump-Segments

Usage: HVAC (Heating, Ventilation and Aircon­ditioning)
Mounting: Ceiling
Number of segments: 151
Focal length: 20mm
Dimensions (L x W x H): Ø 50mm
Launch date: 2014
Quantity produced until now: 270 000

Window

Usage: Purpose complex 3D form, extremely thin-walled. High gloss exterior surface with keypad
Number of segments: None (Window)
Launch date: 2011
Quantity produced until now: 65 000

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Spherical / Elliptical

Usage: Spherical lens with 2 different surface radii vertically and horizontally
Mounting: Wall
Number of segments: 7 + 7 + 3 + 2
Focal length: 22 - 27mm
Dimensions (L x W x H): 3d Form 49mm * 51mm
Launch date: 2005
Quantity produced until now: 1 572 000

Cylinder fresnel

Usage: Combined spherical and cylindrical Fresnel lenses
Mounting: Wall
Number of segments: 24 spherical, 9 cylindrical
Focal length: 18mm - 23.5mm
Dimensions (L x W x H): 3d shape, sphere radius 43mm
Launch date: 2019
Quantity produced until now: 1 000

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Ceiling / Corridor Lenses

Usage: Elliptical spherical Fresnel lens for office heights
Mounting: Ceiling, corridor
Number of segments: 72
Focal length: 32mm - 54mm
Dimensions (L x W x H): Oval 71mm/46 mm ball radius 43mm
Launch date: 2012
Quantity produced until now: 37 000

Spherical Fresnel lens / large radius

Usage: Spherical Fresnel lens for office heights
Mounting: Ceiling
Number of segments: 36
Focal length: 13mm
Dimensions (L x W x H): Round Ø 78mm, ball radius 170mm
Launch date: 2019
Quantity produced until now: 23 000

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Flat lens folded on the side

Usage: Flat lens with lateral bending points. Field of view ~ 170°. Edge with contour for shrink-wrapping
Number of segments: 8 + 2
Focal length: 8mm/19mm
Dimensions (L x W x H): 21mm * 15 mm
Launch date: 2017
Quantity produced until now: 30 000

Spherical Fresnel Lenses

Usage: Round, spherical Fresnel lens with two different outer radii. For 3 PIR sensors
Mounting: Ceiling
Number of segments: 18 + 5 + 6 + 3
Focal length: 19mm - 30,5mm
Dimensions (L x W x H): Round Ø 39mm, ball radius 25mm/50mm
Launch date: 2019
Quantity produced until now: 23 000

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MultiZone PIR Fresnel Lenses

MultiZone PIR fresnel lenses are lens arrays used for PIR detection like intruder alarms or lighting applications. All lenses are made from infrared transmissive HDPE plastic for use in the 7..14 microns PIR wavelength band and are approx. 0.5 mm to 0.8 mm thick, depending on the model.

The application is in the smaller quantity range where a customer-specific lens is not worthwhile.

Color: natural standard (opaque); light black (LB); white or grey on request.

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Model-Nr. f [mm] Seg­ments Range [m] HFoV
DWA-30.5
30.5 29 13 110°
EWA-30.5
30.5 24 18 130°
WA-30.5
30.5 24 21 90°
WA-30.5-LB
30.5 24 21 90°
WA-30.5-110
30.5 17 23 110°
TR-30.5-PET
30.5 20 20 90°
WA-23
23.0 20 18 90°
TR-16.5 (formerly WA-16.5)
16.5 29 15 120°
TR248 Ceiling
23.0 13 12 53°
f = Focal length
HFoV = Horizontal Field of view

Cone Optics

The PIR cone optics of KUBE Electronics AG works on the principle of the kaleidoscope (multiple reflection inside a cone). This physical principle is only used in one dimension, which leads to optimal solutions for wall applications.
As with lens solutions, the cone optics are used in conjunction with a standard pyroelectric sensor with two active elements. KUBE Electronics AG offers Konus optics for two different sensor types, which differ in the sensor housings. There is a solution for a TO-5 package and another solution for the flat pack package. The sensor circuit does not differ from that of the lens solution.
The advantage of the cone optics over conventional PIR Fresnel lenses is that it has a very small front opening and is therefore very compact and space-saving. This is achieved by multiple reflection inside the cone. With the KUBE cone optics, a field of view of about 110 ° and a range of over 12 meters can be covered.
The small and flat front opening allows an unobtrusive and vandalism-safe design. Environmental influences such as draft or light are also largely compensated.
By appropriate dimensioning of the cone geometry on 2-dimensional multiple reflections, ceiling applications could also be realized. However, no standard products are available for this.

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Product Specifications

pdfIcon Data Sheet KUBE Cone Optics TR230
pdfIcon KUBE Cone Optics TR232

Accessories

pdfIcon KUBE PIR Window TR231

Price List

pdfIcon Price List

PIR Window

PIR window (without optics)

The PIR window TR231 is ideal for use with the cone TR230 / TR232- and seals it against the environment. It can also be used in simple applications without optics and lenses. The round PIR window TR1201 is specially designed for SMD or small PIR sensors with integrated optics.
For applications for triggering cameras, a restricted lateral viewing angle of approx. 60 degrees together with the cone TR23x is preferred. The PIR window TR1201 with an additional vertical separation device is used for this.

As an alternative solution to the windows, the KUBE PIR transmissive window films can be used for the same purpose.

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Product Specifications

pdfIcon Data Sheet KUBE PIR Window TR231
pdfIcon Data Sheet KUBE PIR Window TR1201

Price List

pdfIcon Price List

SingleZone PIR Lenses

Aspheric lenses, compression molded on thin HDPE sheets. They are designed to focus thermal infrared radiation on a sensor. They can also replace expensive germanium lenses in systems requiring moderate imaging quality.

Applications:
  • Single zone PIR motion detectors
  • Prototyping of fresnel lens arrays
  • Thermal imaging cameras
  • Non-contact thermometers
  • Pyrometers
  • Heat sensing industrial controllers
  • Automotive road temperature sensing
  • Gas analyzers
Features:
  • Made from KUBE’s infrared transmissive HDPE plastic
  • Ideal for the 7 to 14 Microns central PIR wavelength band as well as other infrared wavelengths (see graph)
  • Can easily be cut to any size or shape
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Product Specifications

pdfIcon Data Sheet KUBE PIR SingleZone Fresnel Lenses

Price List

pdfIcon Price List

MultiZone Golfball Lenses

Standard MultiZone golf ball lenses are mainly used for smaller quantities in applications with shorter detection distances in all positions.

The spherical outer shape gives golf ball lenses a very high pressure stability

Features:
  • Small, mechanically stable
  • Wall and ceiling mount
  • Easy assembly on PC-board
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Product Specifications

pdfIcon Data Sheet KUBE Golfball Lens TR240
pdfIcon Data Sheet KUBE Golfball Lens TR243
pdfIcon Data Sheet KUBE Golfball Lens TR406
pdfIcon Data Sheet KUBE MultiZone PIR Fresnel Ceiling Lens TR420

Price List

pdfIcon Price List

PIR Sensors

A pyroelectric sensor, also PIR sensor, is a semiconductor sensor used to detect temperature changes.
PIR sensors are based on the eponymous pyroelectricity, a property of some piezoelectric semiconductor crystals. In this case, a temperature change ΔT leads to a measurable change in the electrical voltage at the sensor output.
Like other temperature sensors, PIR sensors do not react to a specific, constant temperature level, but only to the change in temperature. There are analog and digital pyroelectric sensors.
Digital PIR sensors have a much higher immunity to interference, due to their structure. Analog PIR sensors, however, are far cheaper. Further differences are nonexistent.
A simple optic is placed over the active sensor element to improve detection of changes and range. Typically, a spherically or cylindrically curved HDPE Fresnel lens is used. Due to the design of this lens, on the one hand, the spatial effect of the sensor can be influenced and adapted to the respective application, on the other hand, the steps of the Fresnel lens in combination with the two sensor elements result in a spatial fanning of the sensitivity ranges, which the detection of spatial changes of heat sources through steeper transitions improved. The Fresnel lens may be subdivided into individual sector elements and into a plurality of partial lenses.
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Product Specifications

pdfIcon Data Sheet C172
pdfIcon Data Sheet AR172
pdfIcon Data Sheet C174

Accessories

pdfIcon Data Sheet TR230

Price List

pdfIcon Price List

PIR Lens Design

Development of a customer-specific lenses

The provision of a customized lens is roughly divided into the following four steps:

  1. Lens study
  2. Creation of a prototype lens based on the lens study (optional)
  3. Design and construction of the injection moulding tool for the custom lens
  4. Manufacturing first production lot of custom lenses

The lens study represents the starting point for the development of a custom lens.

Prerequisites:

Order to develop a custom lens

Action:

  • Clarification of the requirements relevant to lens development in close cooperation with the customer.
  • Clarification of already existing design restrictions in the area of the installation location of the lens (interface lens – device).
  • Provision of the datasheet of the sensor and its arrangement.
  • Definition of the outer Lens geometry and focal length considering the requirements and restrictions.
  • Design of a suitable zone pattern, possibly in variants (max. 3)
  • Arrangement of the lens segments on the available lens surface as well as the definition of the optical centers of the individual segments.
  • Determination of material, color and thickness of the lens.
  • Quotation for the creation of a prototype lens (step 2)
  • Quotation for the construction of the injection mould (step 3)
  • Quotation for the custom lens at a quantity of 10 000 (step 4)
customer-specific-lens
customer-specific-lens

Duration:

4 – 6 weeks

Cost / Payment conditions:

Typically CHF 6 000 - 10 000

50% due on order, 50% due on customer approved lens study.

Deliverables:

Lens study with contents clarified as mentioned under action.

Remarks:

The lens study is written in such a way that the customer can then decide whether he wants to entrust the prototype development (step 2) or the toolmaking (step 3) to someone else and not the company KUBE Electronics AG. However, it is advisable to choose a toolmaker who has experience with Fresnel structures.

PIR Lens Prototyping

Development of a customer-specific lens

The provision of a customized lens is roughly divided into the following four steps:

  1. Lens study
  2. Creation of a prototype lens based on the lens study (optional)
  3. Design and construction of the tool for the custom lens
  4. Manufacturing first production lot of custom lens

Prerequisites:

For flat lenses only, spherical lenses not possible. The lens design according step 1 is available or provided by the customer on the appropriate level of detail.

Action:

  • Creation of a prototype lens based on the previous lens study or an existing lens pattern to be modified / optimized.
  • Checking the optical performance of the lens against the requirements on an optical bench (tool) recorded in the lens study.
  • Manual production of max. 5 prototypes lenses.
  • Shipping and testing of the prototype lens in the corresponding application by the customer.
  • Feedback of the test results to KUBE Electronics AG with possible suggestions for improvement.
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Duration:

2 – 4 weeks

Cost / Payment conditions:

Typically CHF 2 800.00

(Including 5 prototype lenses (exclusive shipping costs). Immediately due on order.

Deliverables:

5 prototype lenses, optical performance verified on optical bench.

Remarks:

Prototype lens is created manually in contrast to the series-produced lens and not produced from the injection moulding tool.

PIR Lens Tool Construction

Development of a customer-specific lens

The provision of a customized lens is roughly divided into the following four steps:

  1. Lens study
  2. Creation of a prototype lens based on the lens study (optional)
  3. Design and construction of the tool for the custom lens
  4. Manufacturing first production lot of custom lens

Prerequisites:

  • The lens study is available.
  • The outer surface (matt, gloss or high gloss) must be defined.
  • Color for the initial samples must be defined.

Action:

  • Creation of a revised offer based on the latest technical data (lens study, lens prototypes incl. Test feedback) as well as the expected quantities for the first three years and the planned order quantities.
  • Design and production of the tool.
  • Production of initial samples (typically 10 pieces)
  • Test of the lens by the customer in the corresponding application.
  • Release of the tool by the customer for series production
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Duration:

8 - 16 weeks (depending on the complexity of the lens and the expected annual production)

Cost / Payment conditions:

CHF 6 000 - 30 000

(including 10 first samples plus shipping costs). The cost depends heavily on the complexity of the lens and the expected annual production

Rule of thumb: For each segment

CHF 600 plus CHF 2 300 initial costs.

Payment Terms:

50% due immediately upon placing the order, 30% due immediately, upon delivery of the initial sample, 20% due immediately after approval by the customer.

Deliverables:

10 initial sample, lens validated by customers on equipment.

Remarks:

The client accepts that although the tool for the lens belongs to the client, it remains in the hands of the production company throughout its lifetime. On the other hand, the production company undertakes that the tool will be used exclusively for the production of lenses of orders of the client or for customers who have been authorized by the client to do so. The production company is also responsible for the maintenance and insurance of the tool. This obligation automatically expires 2 years after the last production lot. The tool will only be handed over to the client in the event of insolvency of KUBE Electronics AG or if KUBE Electronics AG finally withdraws from the PIR lens business.
The selected toolmaker is familiar with Fresnel structures and he is able to work out the structures required for the tool in detail.

PIR Lens Production First Lot

Development of a customer-specific lens

The provision of a customized lens is roughly divided into the following four steps:

  1. Lens study
  2. Creation of a prototype lens based on the lens study (optional)
  3. Design and construction of the tool for the custom lens
  4. Manufacturing first production lot of custom lens

Prerequisites:

  • The lenses (initial samples) produced with the injection moulding tool have been formally released by the customer.
  • The injection moulding tool is completely paid

Action:

  • Standard KUBE Electronics AG order procedure.
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Duration:

3 – 6 weeks (depending on the order quantity and the complexity of the lens)

Cost / Payment conditions:

Costs according to cost estimate in lens study (step 1). Payment conditions according agreement.

Deliverables:

Customized lens according to order.

Remarks:

The information under duration is valid if the first production lot takes place immediately after the completion of the tool. At longer intervals, the duration may be longer.

PIR Lens Color Optimization

Prerequisites:

  • The initial samples of the lens color to be optimized are available and released by the customer (with the exception of the color, the lens meets the requirements).
  • KUBE Electronics AG owns a color pattern in the form of a sample plate (about 9 cm x 6 cm) or the desired color is precisely specified by a RAL Plastics or PANTONE Plastics Code.

Action:

  • Carrying out a color analysis based on the supplied color sample.
  • Definition of the standard KUBE PIR HDPE granulate as starting material and of the color additives.
  • Production of customized paint based on the selected standart granules
  • Determination of IR relevant parameters.
  • Validation of the color by comparing the color analysis between the color sample and the produced, customized KUBE PIR HDPE granules by the customer.
  • Documentation of components und their portions for later re-production (for internal use only).
  • Shipment of the validated sample quantity by KUBE Electronics AG (see section delivery objects.
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Duration:

5 - 7 weeks (depending on the laboratory workload)

Cost / Payment conditions:

CHF 1 100 - 1 500

(including 25 kg KUBE PIR HDPE granules and acceptance test certificate, excl. shipping costs).

Immediately due when placing the order.

Deliverables:

  • 25 kg (1 bag) of KUBE PIR HDPE granulate as specified.
  • Acceptance test certificate of the customer-specific material with all PIR relevant material properties.

Remarks:

  • Typically, the optical performance will be decreased by the color optimization.
  • Color optimization can also be defined and made by mixing different KUBE PIR HDPE standard granules. (see Products -> PIR Transmissive Injection Moulding Granulates).
  • Color optimization can also be done heuristically using the Trial and Error approach. For each iteration step Euro xy will be charged.

Logistics

All goods ordered and purchased from KUBE Electronics AG are delivered to the customer under the terms of delivery „ex works“ (Incoterm 2020 := EXW <location>).

Incoterms

INCOTERMS 2020 EXW DAP
Transport to destination Buyer Seller
Export-customs-declaration Buyer Seller
Import-customs-clearance Buyer Seller
Import-taxation Buyer Seller
Insurance Buyer Seller

Important: For DAP, KUBE Electronics AG takes responsibility only for additional commissions

This essentially means that the customer bears both the responsibility and the costs for all activities that occur during the transport. In the case of export transactions, this also includes export and import customs clearance. However, at the customer’s request, KUBE Electronics AG also organizes the transports (including insurance). These will be charged additionally and shown separately there. The delivery term is then „Delivered named place“ (Incoterm 2020 := DAP) in the country of destination. In doing so, KUBE Electronics AG relies on standard logistics companies, which, depending on their scope of delivery and destination, are either Swiss Post, GLS or Dachser Spedition AG. For consignments that are sent directly from our production sites, DPD and the Dachser company are our standard logistics companies.
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If the customer wishes to be picked up by a courier company (FedEx, UPS, DHL, TNT, …) or by a freight forwarder of his choice, the customer must register this collection himself. This means that KUBE Electronics AG does NOT declare the deliveries for shipment. In this case, KUBE Electronics AG supports the dispatch so that the data required for collection (gross weight, package dimensions, description of goods including customs tariff number and the pickup address) are sent to the customer by e-mail in good time, depending on terms of payment and the required delivery time.
After registration with the respective courier, the shipping documents consisting of the bill of lading and the label must be sent by e-mail to KUBE Electronics AG. KUBE Electronics AG will enclose these shipping documents with the necessary copies of the commercial invoice, each with original signatures, to the delivery. Now the goods are ready to be picked up, and they can be handed over to the courier. As confirmation for the collection, KUBE Electronics AG sends the customer the commercial invoice by e-mail with indication of the corresponding tracking number.
For deliveries by courier with a value of less than < Euro 350.00 KUBE Electronics AG will charge an additional packing fee of € 15.00, which will be shown separately.
Granulate delivery small quantities
Packaging details
one (1) carton box
dimensions 44cm x 34cm x 22cm
gross weight 10.8kg
Content
10kg (1 x 10kg bag) PIR-Granulate
Customs tariff: 3901.2000
Country of Origin: Switzerland
Pick up address
KUBE Electronics AG
Industriestrasse 55
8625 Gossau/ZH
Switzerland
2nd floor Reception
Pick-up date + time
<dd.mm.yyyy>
08:30 – 16:30
Contact Person
Mr. Rodolfo Milano
Email
info@kube.ch
We will enclose three original (courier) or four (lorry) copies of commercial invoices signed original. The shipping documents, consisting of bill of lading and a label, must be sent to us by e-mail (only in the case of the courier).
Granulate delivery large quantities
Packaging details
one (1) EW-pallet
dimensions 120cm x 80cm x 135cm
gross weight 630kg
Content
600kg (24 x 25kg bag) PIR-Granulate
Customs tariff: 3901.2000
Country of Origin: Switzerland
Pick up address
Plastech AG
c/o Lenorplastics Service AG
Im Kessler 1, Industrie Ost
9463 Oberriet
Switzerland

-
Pick-up date + time
<dd.mm.yyyy>
08:30 – 16:30
Contact Person
Mrs. Sandy Keist
Email
info@kube.ch
We will enclose three original (courier) or four (lorry) copies of commercial invoices signed original. The shipping documents, consisting of bill of lading and a label, must be sent to us by e-mail (only in the case of the courier).
Lens delivery
Packaging details
one (1) carton box
dimensions 22cm x 18cm x 12cm
gross weight 0.3kg
Content
100 pieces MultiZone PIR Fresnel Lens
Customs tariff: 9001.9000
Country of Origin: Switzerland
Pick up address
KUBE Electronics AG
Industriestrasse 55
8625 Gossau/ZH
Switzerland
2nd floor Reception
Pick-up date + time
<dd.mm.yyyy>
08:30 – 16:30
Contact Person
Mr. Rodolfo Milano
Email
info@kube.ch
We will enclose three original (courier) or four (lorry) copies of commercial invoices signed original. The shipping documents, consisting of bill of lading and a label, must be sent to us by e-mail (only in the case of the courier).
Film delivery
Packaging details
one (1) carton box
dimensions 61cm x 16cm x 17cm
gross weight 7.0kg
Content
25 x 1 meters IR transmissive plastic flim
Customs tariff: 3920.1000
Country of Origin: Switzerland
Pick up address
KUBE Electronics AG
Industriestrasse 55
8625 Gossau/ZH
Switzerland
2nd floor Reception
Pick-up date + time
<dd.mm.yyyy>
08:30 – 16:30
Contact Person
Mr. Rodolfo Milano
Email
info@kube.ch
We will enclose three original (courier) or four (lorry) copies of commercial invoices signed original. The shipping documents, consisting of bill of lading and a label, must be sent to us by e-mail (only in the case of the courier).
Sensor delivery
Packaging details
one (1) carton box
dimensions 50cm x 21cm x 7cm
gross weight 1.8kg
Content
1 000 pieces Dual Pyroelectric Sensors
Customs tariff: 8541.4000
Country of Origin: China
Pick up address
KUBE Electronics AG
Industriestrasse 55
8625 Gossau/ZH
Switzerland
2nd floor Reception
Pick-up date + time
<dd.mm.yyyy>
08:30 – 16:30
Contact Person
Mr. Rodolfo Milano
Email
info@kube.ch
We will enclose three original (courier) or four (lorry) copies of commercial invoices signed original. The shipping documents, consisting of bill of lading and a label, must be sent to us by e-mail (only in the case of the courier).

Quality

RoHS

Aspect:

RoHS (EU Directive 2011/65 / EU -> RoHS 2 or EU Directive 2015/863 -> RoHS 3

Importance:

Restriction of Hazardous Substances

Purpose:

Regulates the use and marketing of hazardous substances in electrical appliances and electronic components

Affected substances:

6 heavy metals (lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyl (PBB), polybrominated diphenyl ether (PBDE) and 4 plasticizers or phthalates (DEHP, BBP, DBP and DIBP).

RoHS

Scope:

All KUBE materials are RoHS compliant according to the latest regulations and are not subject to TSCA.
pdfIcon RoHS Statement
REACH

REACH – SVHC

Aspect:

REACH (Regulation EG) Nr. 1907/2006

Importance:

Registration, Evaluation, Authorization and restriction of Chemicals

Purpose:

EU Chemicals Ordinance on Harmonization and Simplification of Chemicals Law.

Affected substances:

As a result of this registration, ECHA classifies these substances according to their hazardousness to various aspects. The substances of very high concern are listed in a separate list (REACH – Substances of Very High Concern) which is reissued twice a year.

Scope:

pdfIcon KUBE PIR Granulates
pdfIcon KUBE PIR Films

UL 94

Aspect:

UL94 (contents same IEC/DIN EN 60695-11-10 and – 20 / CAN/CSA C 22.2 No. 017)

Importance:

Plastic combustibility test for parts in devices and applications of Underwriters Laboratories.

Purpose:

Describes a method for assessing and classifying the flammability of plastics.

UL94

Classification Description
HB slow burning of a horizontally clamped sample (HB75 / HB 40)
V-2 extinguishing a vertically clamped sample within 30 seconds. Burning dripping of plastic melt allowed.
V-1 Same as V-2, but no burning dripping of plastic melt allowed. Maximum 60 seconds afterglow.
V-0 Like V-1, but extinguishing the flame within 10 seconds. Maximum 30 seconds afterglow.
5VB extinguishing a vertically clamped sample after 5 flashes for 5 seconds each; no dripping allowed.
5VA like 5VB, additional test on a horizontally clamped plate; neither dripping nor formation of burn holes with a diameter > 1mm are permitted.

The achieved classification is registered in publicly accessible, so-called yellow cards (examination at UL or an accredited test laboratory).

Scope:

The linear burning rate of KUBE Electronics HDPE Lens 0.5mm Thick Model 22302 was 50mm/min. Therefore it meets with the Horizontal Burning Test; HB requirements based on the burning rate. No yellow card available.

Material Safety Data Sheet (MSDS)

pdfIcon Material Safety Data Sheet (MSDS)

Downloads

General PIR information
pdfIcon kube_irs2paper
pdfIcon kube_spie_an104
Price Lists
pdfIcon kube_granulates_prices
pdfIcon kube_window_films_prices
pdfIcon kube_pricelist
Data sheets KUBE PIR Transmissive plastic
pdfIcon kube_granulates
pdfIcon kube_window_films
Data sheets KUBE PIR Fresnel lenses
pdfIcon kube_single_fresnel_lenses
pdfIcon kube_lens_dwa305
pdfIcon kube_lens_ewa305
pdfIcon kube_lens_wa305
pdfIcon kube_lens_wa305-lb
pdfIcon kube_lens_wa305110
pdfIcon kube_lens_tr305PET
pdfIcon kube_lens_wa23
pdfIcon kube_lens_tr165
pdfIcon kube_lens_wa165
pdfIcon kube_ceiling_lens_tr248
pdfIcon kube_golfball_lens_tr240
pdfIcon kube_golfball_lens_tr243
pdfIcon KUBE Golfball Lens: TR406
pdfIcon KUBE Multizone Lens: TR420
Data sheets KUBE PIR sensors
pdfIcon kube_pyroelectric_c172
pdfIcon kube_pyroelectric_ar172
pdfIcon kube_pyroelectric_c174
pdfIcon kube_pyroelectric_6192
Data sheets KUBE PIR cone optics
pdfIcon kube_cone_optics_tr230
pdfIcon kube_cone_optics_tr232
pdfIcon kube_pir_window_tr231
pdfIcon kube_lens_tr1201
Quality documents / certificates
pdfIcon kube_plastics_quality
pdfIcon kube_plastics_safety
pdfIcon kube_plastics_flammability
pdfIcon RoHS_Statement_EN
pdfIcon HalogenFree_Statement_EN
pdfIcon PBT_Statement_EN
pdfIcon REACH_List_KUBE_PIR_Films_2301
pdfIcon REACH_List_KUBE_PIR_Granulates_2301
Recommendations for processing / integration
pdfIcon kube_granulates_processing
pdfIcon kube_plastics_glue
Application schema
pdfIcon kube_general_pir_application_schematics

About us

We, the KUBE Electronics team, have been producing window materials for the passive infrared industry in Schmerikon in Switzerland since the early 1980s.

KUBE Electronics supplies these important materials to the manufacturers of intruder detectors and motion detectors.

In addition, KUBE Electronics develops equipment for the detection of passive infrared radiation in industry, traffic control, security and military.

headquarter
year activity
2015 Chinese partnership with customized Fresnel lenses including injection moulding tool.
2009 Relocation from Hombrechtikon to Gossau ZH
2006 Owner and change of management
2005 Concentration on PIR optics, granules and films
Launch of custom Fresnel lenses with further German partner for construction of the of the injection moulding tools and lens production.
2003 Launch of custom Fresnel lenses with German partner for the construction of the injection moulding tools and lens production
1998 Launch of development of cone optics with German partner for the construction of the injection moulding tools and cone production.
1994 Development of cone optics and ASIC TR156 (for the smallest and simplest PIR sensors with optics)
Start Development KUBE PIR – Granulate
1993 Moving from Stäfa to Hombrechtikon
1981 Foundation of KUBE Electronics AG
Founded by the visionary infrared specialist Walter KUter and the business executive Gianni BErardi. The first two letters of their names formed the company name KUBE Electronics AG.
KUBE started producing window materials for the passive infrared industry in Schmerikon, Switzerland. Since then, KUBE supplies these important materials to the manufacturers of intruder alarms and motion detectors. Beyond that, KUBE developed equipment to detect passive infrared radiation in industry, traffic control, security and military

Employees at KUBE Electronics AG

Sandy Keist
Commercial Director

Sandy Keist
s.keist@kube.ch
“Ask me about product availability, no matter if you need a few pieces or a million. You can discuss prices, delivery, terms, customs and tax matters with me. You must keep me informed when something is not as it should be”
Max Keist, Engineer
Technical Director
Max Keist
m.keist@kube.ch
“Do you need a Fresnel lens or a PIR circuit ? I’ll make the design to your needs, make prototypes, test them to functionality in our lab, and all the standards you need.”
Rodolfo Milano, Appl. Eng., Head of R&D
Rodolfo Milano
r.milano@kube.ch
“Contact me to select the right parts for your application. I am happy to help you in all PIR related questions in the areas of electronics, optics and practical applications.”

Fly, Head of Facility
Management / Logistics Support

Fly
“I am happy to support the team in the back-office doing various tasks.”
Pheonix
Internal Mail / Logistics
Support
Pheonix
“My daily tasks include the distribution of internal mail.”

Imprint

Contact:

Kube Electronics AG
Industriestrasse 55
8625 Gossau ZH
Switzerland
Telefon 055 244 43 63
E-Mail: info@kube.ch

Representatives:

Max Keist
Ursula Keist
Sandra Keist

Commercial register entry:

Company: Kube Electronics AG
Registration: CHE-108.011.143
Commercial register: County of Zürich

VAT-(MWST)-Nummer:

CHE-108.011.143 MWST

Disclaimer

The author assumes no responsibility for the correctness, accuracy, timeliness, reliability and completeness of the information.
Liability claims against the author for material or immaterial damage resulting from access to, use or non-use of the published information, misuse of the connection or technical faults are excluded.
All offers are non-binding. The author explicetly reserves the right to change, supplement or delete parts of the pages or the entire offer without prior notice or to cease publication temporarily or permanently.

References and links to third-party websites are outside our area of responsibility. We do not accept any responsibility for such websites. Access to and use of such websites is at the user's or instance's own risk.

Copyrights

The copyrights and all other rights to content, images, photos or other files on the website belong exclusively to the owner of the website or the specifically named rights holders. For the reproduction of any elements, the written consent of the copyright holders must be obtained in advance.

Quellenangaben für die verwendeten Bilder und Grafiken inkl. Fotograf/Autor
© Alle Grafiken sind für konventionelle Verwendung gekennzeichnet.

All rights ©, design and trademark ™ reserved.

Place of jurisdiction

Zürich

Last edition

Gossau ZH, July 31, 2023

Data Protection Declaration

Data Protection

Based on Article 13 of the Swiss Federal Constitution and the data protection provisions of the Confederation (Data Protection Act, DSG), every person has the right to protection of their privacy and protection against misuse of their personal data.

We adhere to these provisions. Personal data is treated as strictly confidential and is neither sold to 3rd parties nor passed on.

In close cooperation with our hosting providers, we make every effort to protect the databases as well as possible against unauthorized access, loss, misuse or falsification.

When accessing this website the following data may be recorded in Logfiles: IP-Adress, date, time, browser-request and transmitted information to the operating system or browser. This data may serve as a base for statistical, anonymous analysis, to recognize trends upon which offerings can be improved.

Use of Cookies

The authors of this website are NOT using any cookies.

Use of Plugins (E.g from Facebook, Google+, Twitter, Instagram etc.)

This website does NOT contain any plugins, embedded information from other websites or APIs (application user interfaces) to other providers.

Docs download:

Docs

./docs/kube_granulates.pdf
./docs/kube_granulates_prices.pdf
./docs/kube_plastics_properties.pdf
./docs/kube_plastics_glue.pdf
./docs/kube_granulates_processing.pdf
./docs/kube_plastics_flammability.pdf
./docs/kube_plastics_quality.pdf
./docs/kube_plastics_quality.pdf
./docs/kube_plastik_qualitaet.pdf
./docs/kube_plastics_safety.pdf
./docs/kube_plastics_safety.pdf
./docs/kube_plastik_sicherheit.pdf
./docs/kube_window_films.pdf
./docs/kube_window_films_prices.pdf
./docs/kube_lens_dwa305.pdf
./docs/kube_lens_ewa305.pdf
./docs/kube_lens_wa305.pdf
./docs/kube_lens_wa305-lb.pdf
./docs/kube_lens_wa305110.pdf
./docs/kube_lens_tr305PET.pdf
./docs/kube_lens_wa23.pdf
./docs/kube_lens_wa165.pdf
./docs/kube_lens_tr165.pdf
./docs/kube_ceiling_lens_tr248.pdf
./docs/kube_cone_optics_tr230.pdf
./docs/kube_cone_optics_tr232.pdf
./docs/kube_pir_window_tr231.pdf
./docs/kube_pricelist_2401.pdf
./docs/kube_lens_tr1201.pdf
./docs/kube_single_fresnel_lenses.pdf
./docs/kube_golfball_lens_tr240.pdf
./docs/kube_golfball_lens_tr243.pdf
./docs/TR406.pdf
./docs/TR420.pdf
./docs/kube_pyroelectric_c172.pdf
./docs/kube_pyroelectric_ar172.pdf
./docs/kube_pyroelectric_c174.pdf
./docs/kube_pyroelectric_6192.pdf
./docs/kube_irs2paper.pdf
./docs/kube_spie_an104.pdf
./docs/HalogenFreeStatement_EN.pdf
./docs/RoHS_Statement_EN.pdf
./docs/PBT_Statement_EN.pdf
./docs/REACH_List_KUBE_PIR_Films_2301.pdf
./docs/REACH_List_KUBE_PIR_Granulates_2301.pdf
./docs/kube_general_pir_application_schematics.pdf

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Panorama Picture Gossau.png

Contact:

KUBE Electronics AG
Industriestrasse 55
8625 Gossau
Switzerland
Tel +41 43 928 05 50
Email: info@kube.ch
CH-VAT: CHE-108.011.143

Season's break:
Dec. 21, 2023 -
Jan. 3, 2024

Where to buy:

KUBE Electronics AG has no worldwide representatives. All products are shipped directly from Switzerland by public postservice, by courier or by the carrier of your choice.

How to pay:

KUBE Electronics AG only accepts payments by wire transfer in Swiss francs (CHF), Euros (EUR) or US dollars (USD). For each of these currencies, a separate account has been set up on the bank UBS. Details can be found in the footer of the order confirmations and invoices.

Translation material logokube.png logokube.png
Home
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/ Granulates
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Services
/ PIR Lens Design
/ PIR Lens Prototyping
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/ PIR Lens Color Optimization
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/ Material Safety Data Sheet (MSDS)
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/ Info
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About us
Contact
Imprint
Data Prot.
Start
Produkte
/ Granulate
/ Folien
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/ MultiZonen Fresnel-Linsen
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/ PIR Fenster
/ EinzelZonen PIR Linsen
/ MultiZonen Golfball Linse
/ Sensoren
Dienst­leistungen
/ PIR Linsen Entwurf
/ PIR Linsen Prototypen
/ PIR Linsen Tool Construction
/ PIR Linsen Production 1. Los
/ PIR Linsen Farboptimierung
Logistik
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/ UL94
/ Sicherheitsdatenblatt
Downloads
/ Info
/ Preislisten
/ Transm. Plastics
/ Fresnel-Linsen
/ Sensoren
/ Kegeloptik (Konus)
/ Qualität
/ Empfehlungen
/ Anwendungen
Über uns
Kontakt
Impressum
Datenschutz
Our products
PIR Injection
Molding Granulates
PIR Transmissive
Window Films
PIR
Optics
PIR
Sensors
Request for products and services
KUBE sends directly from Switzerland to any place in the world. Custom lenses may be sent directly from the EU.
In this way we can offer you the best service and the fastest delivery possible.
For a first-time quote request, kindly specify the item, quantity, and use case.
This helps us to recommend the most suitable product and possibly suggest an available alternative.
KUBE PIR (Passive InfraRed) components are used in
Motion / Presence detection
Burglar alarms
Automatic light switching
People detection
All other infrared thermal applications (7 … 14 Micron)
Non-contact temperature measurement
Thermal image detection
Automation and robotics
Product quality certificates
Unsere Produkte
PIR Injection
Molding Granulate
PIR Transmissive
Fensterfolien
PIR
Optiken
PIR
Sensoren
Anfrage für Produkte und Dienst­leistungen
KUBE versendet direkt von der Schweiz an jeden Ort dieser Welt. Spezifische Linsen werden evtl. direkt aus der EU zugestellt.
Auf diese Weise können wir Ihnen den besten Service und die schnellste Lieferung bieten.
Um ein Angebot zu erhalten, geben Sie bitte Artikel, Menge, und falls möglich, die Anwendung an.
Dies wird uns helfen, Ihnen das am besten geeignete Produkt und, falls verfügbar, Alternativen zu nennen.
KUBE PIR-Komponenten werden verwendet für
Bewegungs- / Präsenzmelder
Einbruchalarm-Anlagen
Automatische Licht­schaltung
Personenerkennung
Alle anderen thermischen Infrarot­anwendungen (7 … 14 Mikron)
Berührungs­lose Temperatur­messung
Wärmebild Erfassung
Automatisierung und Robotik
Produkt Qualitäts Zertifikate
Products
PIR Transmissive Injection
Moulding Granulates
PIR Transmissive
Window Films
PIR Optics
PIR Sensors
PIR Transmissive Injection Moulding Granulates
For Fresnel lenses and windows of PIR motion detectors, thermal imaging cameras and non-contact thermometers
Features:
The best material for Fresnel lenses
Specially suited for thin parts
High transmission in the 7 to 14 µm central passive infrared (PIR) band
Choice of colors and MFI
RoHS and TSCA conform
Excellent visible light absorption available for low false alarm rate / VdS conformity
Special colors available on request
According to KUBE’s experience, these materials exhibit no substantial loss of specification over 10 years
Product Specifications / Price List
Product list and specific optical data (Data sheet)
Pricelist KUBE PIR transmissive HDPE granules
General optical, thermal and mechanical data
Process technology / integration
Fixing, gluing and welding of KUBE PIR transmissive HDPE granules
Process engineering setting guidelines for KUBE PIR transmissive HDPE granules
Special quality instructions
Flammability KUBE PIR transmissive HDPE granules
Long term stability KUBE PIR transmissive HDPE granules
Produkte
PIR Transmissive Injection
Moulding Granulate
PIR Transmissive
Fensterfolien
PIR Optiken
PIR Sensoren
PIR Transmissive Injection Moulding Granulate
Für Fresnel-Linsen und Fenster von PIR-Bewegungs­meldern, Wärme­bild­kameras und berührungs­losen Thermometern
Eigenschaften:
Bestes Material für Fresnel-Linsen
Besonders geeignet für dünne Teile
Hohe Transmission im zentralen passiven Infrarot (PIR) -Band von 7 bis 14 µm
Farbauswahl und MFI
RoHS- und TSCA-konform
Hervorragende Absorption von sicht­barem Licht für niedrige Falsch­alarmrate / VdS-Konformität
Sonderfarben auf Anfrage
Nach den Erfahrungen von KUBE, weisen diese Materialien über einen Zeitraum von 10 Jahren keinen wesentlichen Spezifi­kations­verlust auf
Produkt­spezifikationen / Preisliste
Produkt­liste und spezifische optische Daten (Daten­blatt)
Preisliste KUBE PIR durchlässige HDPE-Granulate
Allgemeine optische, thermische und mechanische Daten
Verfahrenstechnik / Integration
Befestigung, Verklebung und Verschweissung von KUBE PIR durchlässigen HDPE-Granulate
Verfahrens­technische Einstell­richtlinien für KUBE PIR durch­lässige HDPE-Granulate
Besondere Qualitäts­hinweise
Flammbarkeit KUBE PIR durch­lässigen HDPE-Granulate
Langzeit­stabilität KUBE PIR durch­lässige HDPE-Granulate
PIR Transmissive Window Films
For front-windows, lens covers and protective hoods of PIR motion detectors, thermal imaging cameras and non-contact thermometers
Features:
High transmission in the 7 to 14 µm central passive infrared (PIR) band
Excellent visible light absorption available for low false alarm rate / VdS conformity
Replaces expensive IR windows such as Irtran
RoHS and TSCA conform
Suitable for vacuum forming of 3D parts
Materials exhibit no substantial loss of specification over 10 years
Product Specifications / Price List
Product list and specific optical data (Data sheet)
Pricelist KUBE PIR transmissive HDPE films
Process technology / integration
Fixing, gluing and welding of KUBE PIR transmissive HDPE films
Special quality instructions
Flammability KUBE PIR transmissive HDPE films
Long term stability KUBE PIR transmissive HDPE films
PIR Transmissive Fensterfolien
Für Front­scheiben, Linsen­abdeckungen und Schutzhauben von PIR-Bewegungs­meldern, Wärme­bild­kameras und berührungs­losen Thermometern
Eigenschaften:
Hohe Trans­mission im zentralen passiven Infrarot (PIR) -Band von 7 bis 14 µm
Hervor­ragende Absorption von sich­tbarem Licht für niedrige Falsch­alarmrate / VdS-Konformität
Ersetzt teure IR-Fenster wie Irtran
RoHS- und TSCA-konform
Geeignet zum Vakuum­formen von 3D-Teilen
Materialien zeigen nach über 10 Jahren keinen wesent­lichen Verlust der Spezifi­kation
Produkt­spezifikationen / Preisliste
Produktliste und spezifische optische Daten (Daten­blatt)
Preisliste KUBE PIR Transmissive HDPE Folien
Verfahrens­technik/Inte­gration
Befestigung, Verklebung und Verschweisung von KUBE PIR durchlässigen HDPE-Folien
Besondere Qualitätshinweise
Flammbarkeit KUBE PIR durchlässigen HDPE-Folien
Langzeitstabilität KUBE PIR durchlässige HDPE-Folien
PIR Optics
Customer Specific
Fresnel Lenses
MultiZone PIR
Fresnel Lenses
Cone
Optics
PIR
Windows
SingleZone PIR
Lenses
MultiZone
Golfball Lenses
PIR Optiken
Kunden­spezi­fische PIR
Fresnel-Linsen
Multizonen PIR
Fresnel-Linsen
Kegel Optik
(Konus)
PIR
Fenster
SingleZonen PIR
Linsen
MultiZonen PIR
Golfball Linsen
Customer Specific Fresnel Lenses
The lens exhibit shows a selection of custom optical components in a variety of shapes and a wide range of PIR sensor applications. All custom lenses are the exclusive property of the customer and are therefore not available to third parties.
All custom lenses are unique. KUBE Electronics AG does not copy customized KUBE lenses or third party ones.
You get to your own customized lens when you go the steps described under service ond the KUBE Electronics AG webpage.
Fresnel Prism
Usage:
Cylindrical window for cone TR234 with partial Fresnel prism insert for beam deflection
Number of segments:
No (Window), very thin (0,22mm)
Dimensions (L x W x H):
3d shape 110mm * 65mm
Launch date:
Quantity produced until now:
195 000
Kunden­spezi­fische Fresnel-Linsen
Die Linsen­ausstellung zeigt eine Auswahl von kunden­spezi­fischen optischen Komponenten in unterschiedlichsten Formen und für ein breites Spektrum von Anwendungen mit PIR Sensoren. Alle kunden­spezi­fischen Linsen sind exklusives Eigentum des Kunden und sind deshalb für Dritte nicht erhältlich.
Alle kunden­spezi­fischen Linsen sind einzigartig. KUBE Electronics AG kopiert weder kunden­spezi­fische KUBE Linsen noch solche von Dritt­anbietern.
Sie kommen zu Ihrer eigenen kunden­spezi­fischen Linse, wenn Sie mit KUBE Electronics AG die unter Dienst­leistung beschriebenen Schritte gehen.
Fresnel Prisma
Verwendungs­zweck:
Zylindrisches Fenster für Konus TR234 mit partiellem Fresnel Prisma Einsatz für Strahl­umlenkung
Anzahl Seg­mente:
Keine (Fenster), sehr dünn (0,22mm)
Dimensionen (L x B x H):
3d Form 110mm * 65mm
Markt­einführungs­datum:
Bisher prod. Stückzahl:
195 000
Flat lenses
Usage:
Combination Fresnel and cylinder segments for close range
Number of segments:
11 Fresnel, 11 cylinders
Dimensions (L x W x H):
64mm * 52mm, 4 square
Launch date:
Quantity produced until now:
578 000
Flachlinse
Ver­wendungs­zweck:
Kombination Fresnel-und ZylinderSeg­mente für Nahbereich
Anzahl Seg­mente:
11 Fresnel, 11 Zylinder
Dimensionen (L x B x H):
64mm * 52mm, 4 eckig
Markt­einführungs­datum:
Bisher prod. Stückzahl:
578 000
Conical
Usage:
Cone-shaped Fresnel lenses
Mounting:
Wall
Number of segments:
Focal length:
Dimensions (L x W x H):
3d shape
Launch date:
Quantity produced until now:
333 000
Kegelförmig
Ver­wendungs­zweck:
Kegelförmige Fresnel-Linse
Montageart:
Wand
Anzahl Seg­mente:
Brennweite:
Dimensionen (L x B x H):
3d Form
Markt­einführungs­datum:
Bisher prod. Stückzahl:
333 000
Spherical / Bump-Segments
Usage:
HVAC (Heating, Ventilation and Aircon­ditioning)
Mounting:
Ceiling
Number of segments:
Focal length:
Dimensions (L x W x H):
Launch date:
Quantity produced until now:
270 000
Sphärisch / Bump-Seg­mente
Ver­wendungs­zweck:
HLK (Haus-, Lüftungs- und Klimatechnik)
Montageart:
Decke
Anzahl Seg­mente:
Brennweite:
Dimensionen (L x B x H):
Markt­einführungs­datum:
Bisher prod. Stückzahl:
270 000
Window
Usage:
Purpose complex 3D form, extremely thin-walled. High gloss exterior surface with keypad
Number of segments:
None (Window)
Launch date:
Quantity produced until now:
Fenster
Ver­wendungs­zweck:
Verwendungs­zweck komplexe 3D Form, extrem dünn­wandig. Hochglanz Aussen­oberfläche mit Tasten­feld
Anzahl Seg­mente:
Keine (Fenster)
Markt­einführungs­datum:
Bisher prod. Stückzahl:
Spherical / Elliptical
Usage:
Spherical lens with 2 different surface radii vertically and horizontally
Mounting:
Wall
Number of segments:
Focal length:
Dimensions (L x W x H):
3d shape 49mm * 51mm
Launch date:
Quantity produced until now:
Sphärisch / Elliptisch
Ver­wendungs­zweck:
Sphärisch mit 2 unterschiedlichen Oberflächen­radien vertikal und horizontal
Montageart:
Wand
Anzahl Seg­mente:
Brennweite:
Dimensionen (L x B x H):
3d Form 49mm * 51mm
Markt­einführungs­datum:
Bisher prod. Stückzahl:
Cylinder fresnel
Usage:
Combined spherical and cylindrical Fresnel lenses
Mounting:
Wall
Number of segments:
24 spherical, 9 cylindrical
Focal length:
18mm - 23.5mm
Dimensions (L x W x H):
3d shape, sphere radius 43mm
Launch date:
Quantity produced until now:
Zylinder fresnel
Ver­wendungs­zweck:
Kombinierte sphärische und zylindrische Fresnel-Linse
Montageart:
Wand
Anzahl Seg­mente:
24 sphärisch, 9 zylindrisch
Brennweite:
18mm - 23,5mm
Dimensionen (L x B x H):
3d Form, Kugelradius 43mm
Markt­einführungs­datum:
Bisher prod. Stückzahl:
Ceiling / Corridor Lenses
Usage:
Elliptical spherical Fresnel lens for office heights
Mounting:
Ceiling, corridor
Number of segments:
72
Focal length:
Dimensions (L x W x H):
Oval 71mm/46 mm ball radius 43mm
Launch date:
Quantity produced until now:
Decken / Gang-Linse
Ver­wendungs­zweck:
Elliptisch sphärische Fresnel-Linse für Büroraumhöhen
Montageart:
Decke, Gang
Anzahl Seg­mente:
72
Brennweite:
Dimensionen (L x B x H):
Oval 71mm/46 mm Kugelradius 43mm
Markt­einführungs­datum:
Bisher prod. Stückzahl:
Spherical Fresnel lens / large radius
Usage:
Spherical Fresnel lens for office heights
Mounting:
Ceiling
Number of segments:
Focal length:
Dimensions (L x W x H):
Round Ø 78mm, ball radius 170mm
Launch date:
Quantity produced until now:
Sphärische Fresnel-Linse / grosser Radius
Ver­wendungs­zweck:
Sphärische Fresnel-Linse für Büroraumhöhen
Montageart:
Decke
Anzahl Seg­mente:
Brennweite:
Dimensionen (L x B x H):
Rund Ø 78mm, Kugelradius 170mm
Markt­einführungs­datum:
Bisher prod. Stückzahl:
Flat lens folded on the side
Usage:
Flat lens with lateral bending points. Field of view ~ 170°. Edge with contour for shrink-wrapping
Number of segments:
Focal length:
Dimensions (L x W x H):
Launch date:
Quantity produced until now:
Flachlinse seitlich abgekantet
Ver­wendungs­zweck:
Flachlinse mit seitlichen Biegestellen. Sichtfeld ~ 170°. Rand mit Kontur zum Einschweissen
Anzahl Seg­mente:
Brennweite:
Dimensionen (L x B x H):
Markt­einführungs­datum:
Bisher prod. Stückzahl:
Spherical Fresnel Lenses
Usage:
Round, spherical Fresnel lens with two different outer radii. For 3 PIR sensors
Mounting:
Ceiling
Number of segments:
Focal length:
Dimensions (L x W x H):
Round Ø 39mm, ball radius 25mm/50mm
Launch date:
Quantity produced until now:
Sphärische Fresnel-Linse
Ver­wendungs­zweck:
Runde, sphärische Fresnel-Linse mit zwei verschiedenen Aussenradien. Für 3 PIR Sensoren
Montageart:
Decke
Anzahl Seg­mente:
Brennweite:
Dimensionen (L x B x H):
Rund Ø 39mm, Kugelradius 25mm/50mm
Markt­einführungs­datum:
Bisher prod. Stückzahl:
MultiZone PIR Fresnel Lenses
MultiZone PIR fresnel lenses are lens arrays used for PIR detection like intruder alarms or lighting applications. All lenses are made from infrared transmissive HDPE plastic for use in the 7..14 microns PIR wavelength band and are approx. 0.5 mm to 0.8 mm thick, depending on the model.
The application is in the smaller quantity range where a customer-specific lens is not worthwhile.
Color: natural standard (opaque); light black (LB); white or grey on request.
Model-Nr.
Seg­ments
Range [m]
HFoV
f = Focal length
HFoV = Horizontal Field of view
MultiZonen PIR Fresnel-Linsen
MultiZone PIR-Fresnel-Linsen sind Linsenarrays, die zur PIR-Erkennung wie Einbruch­alarme oder Beleuchtungs­anwendungen verwendet werden. Alle Linsen bestehen aus infrarot­durchlässigem HDPE-Kunststoff für den Einsatz im PIR-Wellen­längen­bereich von 7 bis 14 Mikrometern und sind ca. Je nach Modell 0,5 mm bis 0,8 mm dick.
Der Einsatz liegt im kleineren Stück­zahlen­bereich bei dem sich die Entwicklung einer kunden­spezi­fischen Linse nicht lohnt.
Farbe: natürlicher Standard; hellschwarz (LB); weiss oder grau auf Anfrage
Modell-Nr.
Seg­mente
Reich­weite [m]
HFoV
f = Brennweite
HFoV = Sichtfeld (Horizontal Field of view)
Cone Optics
The PIR cone optics of KUBE Electronics AG works on the principle of the kaleidoscope (multiple reflection inside a cone). This physical principle is only used in one dimension, which leads to optimal solutions for wall applications.
As with lens solutions, the cone optics are used in conjunction with a standard pyroelectric sensor with two active elements. KUBE Electronics AG offers Konus optics for two different sensor types, which differ in the sensor housings. There is a solution for a TO-5 package and another solution for the flat pack package. The sensor circuit does not differ from that of the lens solution.
The advantage of the cone optics over conventional PIR Fresnel lenses is that it has a very small front opening and is therefore very compact and space-saving. This is achieved by multiple reflection inside the cone. With the KUBE cone optics, a field of view of about 110 ° and a range of over 12 meters can be covered.
The small and flat front opening allows an unobtrusive and vandalism-safe design. Environmental influences such as draft or light are also largely compensated.
By appropriate dimensioning of the cone geometry on 2-dimensional multiple reflections, ceiling applications could also be realized. However, no standard products are available for this.
Product Speci­fi­cations
Data Sheet KUBE Cone Optics TR230
KUBE Cone Optics TR232
Accessories
KUBE PIR Window TR231
Price List
Price List
Kegel Optiken (Konus)
Durch Mehrfach­reflexion im Innern der Koni (Kaleidoskope Prinzip). Die PIR Konus Optik der KUBE Electronics AG arbeitet nach dem Prinzip des Kaleidoskops (Mehrfach­reflexion im Innern eines Konus). Dieses physikalische Prinzip wird dabei nur in einer Dimension angewendet, was zu optimalen Lösungen für Wand­appli­kationen führt.
Wie bei Linsen­lösungen wird die Konus Optik in Verbindung mit einem Standard pyro­elek­trischen Sensor mit zwei aktiven Elementen eingesetzt. Die KUBE Electronics AG bietet Konus Optiken für zwei verschiedene Sensor­typen an, die sich in den Sensor­gehäusen unterscheiden. Es gibt eine Lösung für ein TO-5 Gehäuse und eine weitere Lösung für das Flat Pack Gehäuse. Die Sensor­beschaltung unterscheidet sich nicht von jener der Linsen­lösung.
Der Vorteil der Konus Optik gegenüber herkömmlicher PIR Fresnel-Linsen liegt darin, dass diese eine äusserst kleine Front­öffnung hat und damit sehr kompakt und platz­sparend ist. Dies wird durch Mehrfachspiegelung im Innern des Konus erreicht. Mit der KUBE Konus Optik kann ein Sichtfeld von ca. 110° und eine Reichweite von über 12 Metern abgedeckt werden.
Die kleine und flache Frontöffnung ermöglicht ein unauffälliges und Vandalismus sicheres Design. Auch Umwelteinflüsse wie Luftzug oder Licht werden weitgehend kompensiert.
Durch entsprechende Dimensionierung der Konus Geometrie auf 2-dimensionale Mehrfach­spiegelungen liessen sich auch Decken­appli­kationen realisieren. Dafür sind allerdings keine Standard­produkte erhältlich.
Produkt Spezifikationen
Daten­blatt KUBE Cone Optics TR230
Daten­blatt KUBE Cone Optics TR232
Accessories
Daten­blatt KUBE PIR Window TR231
Preisliste
Preisliste
PIR Window
PIR window (without optics)
The PIR window TR231 is ideal for use with the cone TR230 / TR232- and seals it against the environment. It can also be used in simple applications without optics and lenses. The round PIR window TR1201 is specially designed for SMD or small PIR sensors with integrated optics.
For applications for triggering cameras, a restricted lateral viewing angle of approx. 60 degrees together with the cone TR23x is preferred. The PIR window TR1201 with an additional vertical separation device is used for this.
As an alternative solution to the windows, the KUBE PIR transmissive window films can be used for the same purpose.
Product Specifications
Data Sheet KUBE PIR Window TR231
Data Sheet KUBE PIR Window TR1201
Price List
Price List
PIR Fenster
PIR Fenster (ohne Optik)
Das PIR-Fenster TR231 ist ideal zur Verwendung mit dem Konus TR230 / TR232- und dichtet es gegen die Umgebung ab. Weiter kann es in einfachen Anwendungen ohne Optik und Linse eingesetzt werden. Das runde PIR Fenster TR231 ist speziell für SMD – oder kleine PIR Sensoren mit integrierter Optik gedacht.
Für Anwendungen zur Triggerung von Kameras wird bevorzugt ein ein­geschränkter seitlicher Sichtwinkel von ca. 60 Grad zusammen mit dem Konus TR23x eingesetzt. Dazu dient das PIR Fenster TR231 mit zusätzlich vertikaler Trenn­vorrichtung.
Alternativ zu den Fenstern, können für den gleichen Zweck die KUBE PIR Transmissiven Fenster Folien verwendet werden.
Produkt Spezifi­kationen
Daten­blatt KUBE PIR Window TR231
Daten­blatt KUBE PIR Window TR1201
Preisliste
Preisliste
SingleZone PIR Lenses
Aspheric lenses, compression molded on thin HDPE sheets. They are designed to focus thermal infrared radiation on a sensor. They can also replace expensive germanium lenses in systems requiring moderate imaging quality.
Applications:
Single zone PIR motion detectors
Prototyping of fresnel lens arrays
Thermal imaging cameras
Non-contact thermometers
Pyrometers
Heat sensing industrial controllers
Automotive road temperature sensing
Gas analyzers
Features:
Made from KUBE’s infrared transmissive HDPE plastic
Ideal for the 7 to 14 Microns central PIR wavelength band as well as other infrared wavelengths (see graph)
Can easily be cut to any size or shape
Product Specifications
Data Sheet KUBE PIR SingleZone Fresnel Lenses
Price List
Price List
Einzonen PIR Linsen
Asphärische Linsen, formgepresst auf dünnen HDPE-Platten. Sie sind so konzipiert, dass sie Infrarotstrahlung auf einen Sensor fokussieren. Sie können auch teure Germanium­linsen in Systemen ersetzen, die eine mäßige Abbildungs­qualität erfordern.
Anwendungen:
Einzonen-PIR-Bewegungsmelder
Prototyping von Fresnel-Linsenarrays
Wärmebildkameras
Berührungslose Thermometer
Pyrometer
Wärmesensor-Industrieregler
Kfz-Straßentemperaturerfassung
Gasanalysegeräte
Eigenschaften:
Hergestellt aus KUBEs infrarotdurchlässigem HDPE-Kunststoff
Ideal für das zentrale PIR-Wellenlängenband von 7 bis 14 Mikron sowie für andere Infrarotwellenlängen (siehe Grafik)
Kann leicht auf jede Größe oder Form zugeschnitten werden
Produkt­spezifikation
Daten­blatt KUBE PIR Einzonen Fresnel-Linsen
Preisliste
Preisliste
MultiZone Golfball Lenses
Standard MultiZone golf ball lenses are mainly used for smaller quantities in applications with shorter detection distances in all positions.
The spherical outer shape gives golf ball lenses a very high pressure stability
Features:
Small, mechanically stable
Wall and ceiling mount
Easy assembly on PC-board
Product Specifications
Data Sheet KUBE Golfball Lens TR240
Data Sheet KUBE Golfball Lens TR243
Data Sheet KUBE Golfball Lens TR406
Data Sheet KUBE MultiZone PIR Fresnel Ceiling Lens TR420
Price List
Price List
MultiZonen Golfball Linsen
Standard MultiZone Golfball Linsen werden vorwiegend bei kleineren Stückzahlen in Appli­kationen mit kürzeren Detektionsdistanzen in allen Lagen eingesetzt.
Durch die kugelförmige Aussenform erhalten Golfball­linsen eine sehr hohe Stabilität gegenüber mechanischer Deformierung
Eigenschaften:
Klein, mechanisch stabil
Wand- und Decken­halterung
Einfache Montage auf der Leiterplatte
Produkt­spezifikation
Daten­blatt KUBE Golfball Linse TR240
Daten­blatt KUBE Golfball Linse TR243
Daten­blatt KUBE Golfball Linse TR406
Daten­blatt KUBE MultiZonen PIR Fresnel Deckenlinse TR420
Preisliste
Preisliste
PIR Sensors
A pyroelectric sensor, also PIR sensor, is a semiconductor sensor used to detect temperature changes.
PIR sensors are based on the eponymous pyroelectricity, a property of some piezoelectric semiconductor crystals. In this case, a temperature change ΔT leads to a measurable change in the electrical voltage at the sensor output.
Like other temperature sensors, PIR sensors do not react to a specific, constant temperature level, but only to the change in temperature. There are analog and digital pyroelectric sensors.
Digital PIR sensors have a much higher immunity to interference, due to their structure. Analog PIR sensors, however, are far cheaper. Further differences are nonexistent.
A simple optic is placed over the active sensor element to improve detection of changes and range. Typically, a spherically or cylindrically curved HDPE Fresnel lens is used. Due to the design of this lens, on the one hand, the spatial effect of the sensor can be influenced and adapted to the respective application, on the other hand, the steps of the Fresnel lens in combination with the two sensor elements result in a spatial fanning of the sensitivity ranges, which the detection of spatial changes of heat sources through steeper transitions improved. The Fresnel lens may be subdivided into individual sector elements and into a plurality of partial lenses.
Product Specifications
Data Sheet C172
Data Sheet AR172
Data Sheet C174
Data Sheet TR230
Price List
Price List
PIR Sensoren
Ein Pyro­elek­trischer Sensor, auch PIR-Sensor, ist ein Halbleiter­sensor, der zur Detektion von Temperatur­änderungen dient.
PIR-Sensoren beruhen auf der namensgebenden Pyro­elek­trizität, einer Eigenschaft einiger piezo­elek­trischer Halbleiter­kristalle. Dabei führt eine Temperatur­änderung ΔT zu einer messbaren Änderung der elek­trischen Spannung am Sensor­ausgang.
PIR-Sensoren reagieren nicht wie andere Temperatur­sensoren auf ein bestimmtes zeitlich konstantes Temperatur­niveau, sondern nur auf die Veränderung der Temperatur. Es gibt analoge und digitale pyro­elek­trische Sensoren.
Digitale PIR Sensoren besitzen eine weit höhere Stör­festigkeit, bedingt durch deren Aufbau. Analoge PIR Sensoren sind dagegen weit günstiger.
Weiter­gehende Unter­schiede sind keine vorhanden.
Über dem aktiven Sensorelement wird, zur Verbesserung der Detektion auf Veränderungen und der Reichweite, eine einfache Optik angebracht. Typisch wird eine sphärisch oder zylindrisch gewölbte Fresnel-Linse aus HDPE verwendet. Durch die Gestaltung dieser Linse kann zum einen der räumliche Wirkungsbereich des Sensors beeinflusst und auf die jeweilige Anwendung angepasst werden, zum anderen kommt es durch die Stufen der Fresnel-Linse in Kombination mit den zwei Sensorelementen zu einer räumlichen Auffächerung der Empfindlichkeitsbereiche, welche die Detektion von räumlichen Veränderungen von Wärmequellen durch steilere Übergänge verbessert. Die Fresnel-Linse kann zur Auffächerung in einzelne Sektorelemente und in mehrere Teillinsen unterteilt sein.
Daten­blatt C172
Daten­blatt AR172
Daten­blatt C174
Daten­blatt TR230
Preisliste
Preisliste
PIR Lens Design
Development of a customer-specific lenses
The provision of a customized lens is roughly divided into the following four steps:
Lens study
Creation of a prototype lens based on the lens study (optional)
Design and construction of the injection moulding tool for the custom lens
Manufacturing first production lot of custom lenses
The lens study represents the starting point for the development of a custom lens.
Prerequisites:
Order to develop a custom lens
Action:
Clarification of the requirements relevant to lens development in close cooperation with the customer.
Clarification of already existing design restrictions in the area of the installation location of the lens (interface lens – device).
Provision of the datasheet of the sensor and its arrangement.
Definition of the outer Lens geometry and focal length considering the requirements and restrictions.
Design of a suitable zone pattern, possibly in variants (max. 3)
Arrangement of the lens segments on the available lens surface as well as the definition of the optical centers of the individual segments.
Determination of material, color and thickness of the lens.
Quotation for the creation of a prototype lens (step 2)
Quotation for the construction of the injection mould (step 3)
Quotation for the custom lens at a quantity of 10 000 (step 4)
Duration:
4 – 6 weeks
Cost / Payment conditions:
Typically CHF 6 000 - 10 000
50% due on order, 50% due on customer approved lens study.
Deliverables:
Lens study with contents clarified as mentioned under action.
Remarks:
The lens study is written in such a way that the customer can then decide whether he wants to entrust the prototype development (step 2) or the toolmaking (step 3) to someone else and not the company KUBE Electronics AG. However, it is advisable to choose a toolmaker who has experience with Fresnel structures.
PIR Linsen Entwurf
Entwicklung einer kunden­spezi­fischen Linse
Die Bereit­stellung einer kunden­spezi­fischen Linse erfolgt grob in folgenden vier Teilschritten:
Linsen­studie
Erstellung einer Prototypen­linse anhand der Linsen­studie (optional)
Entwurf und Bau des Werkzeuges für die kunden­spezifische Linse
Herstellung eines ersten Produk­tionsloses der kunden­spezifischen Linse
Die Linsen­studie stellt den Ausgangs­punkt der Entwicklung einer kunden­spezi­fischen Linse dar.
Voraus­setzungen:
Auftrag zur Entwicklung einer kunden­spezi­fischen Linse
Vorgehen:
Klärung der für die Linsen­entwicklung relevanten Anforderungen in enger Zusammen­arbeit mit dem Kunden.
Abklärung bereits vorhandener Entwurfs­ein­schränkungen im Bereich des Einbauortes der Linse (Schnittstelle Linse – Gerät).
Bereit­stellung des Daten­blattes zum Sensor und dessen Anordnung.
Festlegung der äusseren Linsen­geometrie und der Brennweite unter Berücksichtigung der Anforderungen und Ein­schränkungen.
Entwurf eines geeigneten Zonenmusters evt. in Varianten (max. 3)
Anordnung der Linsen­Seg­mente auf der verfügbaren Linsenfläche sowie die Definition der optischen Zentren der einzelnen Seg­mente.
Festlegung von Material, Farbe und Dicke der Linse.
Kosten­vor­anschlag für die Erstellung einer Prototypen­linse (Schritt 2)
Kosten­vor­anschlag für den Bau des Spritzguss­werkzeuges (Schritt 3)
Kosten­vor­anschlag für die kunden­spezifische Linse bei Stückzahl 10 000 (Schritt 4)
Dauer:
4 – 6 Wochen
Kosten / Zahlungs­bedingungen:
Typisch CHF 6 000 - 10 000
50% bei Auftragserteilung, 50% nach der durch Kunden freigegebener Linsen­studie.
Lieferobjekte:
Dokument Linsen­studie mit den unter Vorgehen geklärten Inhalten.
Bemerkungen:
Die Linsen­studie wird so verfasst, dass der Kunde anschliessend entscheiden kann, ob er die Prototypenentwicklung (Schritt 2) oder den Werkzeugbau (Schritt 3) jemand anderen anvertrauen möchte und nicht der Firma KUBE Electronics AG. Es ist aber empfehlenswert, einen Werkzeugbauer zu wählen, welcher Erfahrung mit Fresnel­strukturen hat.
PIR Lens Prototyping
Development of a customer-specific lens
The provision of a customized lens is roughly divided into the following four steps:
Lens study
Creation of a prototype lens based on the lens study (optional)
Design and construction of the tool for the custom lens
Manufacturing first production lot of custom lens
Prerequisites:
For flat lenses only, spherical lenses not possible. The lens design according step 1 is available or provided by the customer on the appropriate level of detail.
Action:
Creation of a prototype lens based on the previous lens study or an existing lens pattern to be modified / optimized.
Checking the optical performance of the lens against the requirements on an optical bench (tool) recorded in the lens study.
Manual production of max. 5 prototypes lenses.
Shipping and testing of the prototype lens in the corresponding application by the customer.
Feedback of the test results to KUBE Electronics AG with possible suggestions for improvement.
Duration:
2 – 4 weeks
Cost / Payment conditions:
Typically CHF 2 800
(Including 5 prototype lenses (exclusive shipping costs). Immediately due on order.
Deliverables:
5 prototype lenses, optical performance verified on optical bench.
Remarks:
Prototype lens is created manually in contrast to the series-produced lens and not produced from the injection moulding tool.
PIR Linsen Prototyp
Entwicklung einer kunden­spezi­fischen Linse
Die Bereit­stellung einer kunden­spezi­fischen Linse erfolgt grob in folgenden vier Teilschritten:
Linsen­studie
Erstellung einer Prototypen­linse anhand der Linsen­studie (optional)
Entwurf und Bau des Werkzeuges für die kunden­spezifische Linse
Herstellung eines ersten Produk­tionsloses der kunden­spezifischen Linse
Voraus­setzungen:
Nur Flachlinsen, keine sphärischen Linsen.
Linsendesign muss vorhanden sein (Gemäss Schritt 1 oder wird vom Kunden im nötigen Detailierungsgrad zur Verfügung gestellt).
Vorgehen:
Erstellung einer Prototypen Linse anhand der Linsen­studie oder eines bestehenden, zu modifizierenden oder optimierenden Linsenmusters.
Überprüfung der optischen Leistungs­fähigkeit der Linse, gegenüber den in der Linsen­studie festgehaltenen Anforderungen, auf einer optischen Bank (Hilfsmittel).
Manuelle Produktion von max. 5 Prototypen Linsen.
Versand und Test der Prototypen­linse in der entsprechenden Applikation durch den Kunden.
Rückmeldung der Test­resultate an KUBE Electronics AG, evt. mit Verbesserungs­vorschlägen.
Dauer:
2 – 4 Wochen
Kosten / Zahlungs­bedingungen:
Typisch CHF 2 800
(inkl. 5 Prototypen­linsen (zuzüglich Versandkosten). Sofort fällig bei Auftragserteilung.
Lieferobjekte:
5 Prototypen­linsen, optische Leistungs­fähigkeit verifiziert auf optischer Bank.
Bemerkungen:
Die Prototypen­linse ist, im Gegensatz zur Serie gefertigten Linse, manuell erstellt und nicht mittels dem Werkzeug produziert.
PIR Lens Tool Construction
Development of a customer-specific lens
The provision of a customized lens is roughly divided into the following four steps:
Lens study
Creation of a prototype lens based on the lens study (optional)
Design and construction of the tool for the custom lens
Manufacturing first production lot of custom lens
Prerequisites:
The lens study is available.
The outer surface (matt, gloss or high gloss) must be defined.
Color for the initial samples must be defined.
Action:
Creation of a revised offer based on the latest technical data (lens study, lens prototypes incl. Test feedback) as well as the expected quantities for the first three years and the planned order quantities.
Design and production of the tool.
Production of initial samples (typically 10 pieces)
Test of the lens by the customer in the corresponding application.
Release of the tool by the customer for series production
Duration:
8 - 16 weeks (depending on the complexity of the lens and the expected annual production)
Cost / Payment conditions:
CHF 6 000 - 30 000
(including 10 first samples plus shipping costs). The cost depends heavily on the complexity of the lens and the expected annual production
Rule of thumb: For each segment
CHF 600 plus CHF 2 300 initial costs.
Payment Terms:
50% due immediately upon placing the order, 30% due immediately, upon delivery of the initial sample, 20% due immediately after approval by the customer.
Deliverables:
10 initial sample, lens validated by customers on equipment.
Remarks:
The client accepts that although the tool for the lens belongs to the client, it remains in the hands of the production company throughout its lifetime. On the other hand, the production company undertakes that the tool will be used exclusively for the production of lenses of orders of the client or for customers who have been authorized by the client to do so. The production company is also responsible for the maintenance and insurance of the tool. This obligation automatically expires 2 years after the last production lot. The tool will only be handed over to the client in the event of insolvency of KUBE Electronics AG or if KUBE Electronics AG finally withdraws from the PIR lens business.
The selected toolmaker is familiar with Fresnel structures and he is able to work out the structures required for the tool in detail.
PIR Linsen Tool Konstruktion
Entwicklung einer kunden­spezi­fischen Linse
Die Bereit­stellung einer kunden­spezi­fischen Linse erfolgt grob in folgenden vier Teilschritten:
Linsen­studie
Erstellung einer Prototypen­linse anhand der Linsen­studie (optional)
Entwurf und Bau des Werkzeuges für die kunden­spezifische Linse
Herstellung eines ersten Produk­tionsloses der kunden­spezifischen Linse
Voraus­setzungen:
Die Linsen­studie liegt vor.
Die Aussenoberfläche (matt, glänzend oder hochglanz) muss definiert sein.
Farbe für die Erstmuster muss definiert sein.
Vorgehen:
Erstellung eines überarbeiteten Angebots basierend auf den aktuellsten technischen Daten (Linsen­studie, Linsenprotypen inkl. Testrückmeldungen) sowie der erwarteten Stückzahlen für die ersten drei Jahre und der geplanten Bestellmengen.
Entwurf und Herstellung des Werkzeuges.
Produktion von Erstmustern (typischerweise 10 Stück)
Test der Linse in der entsprechenden Applikation durch den Kunden.
Freigabe der Linse durch den Kunden für die Serien­produktion.
Dauer:
8 – 16 Wochen (je nach Komplexität der Linse und der erwarteten Jahres­produktion).
Kosten:
CHF 6 000 - 30 000
(inkl. 10 Erstmuster zuzüglich Versand­kosten). Die Kosten richten sich stark nach der Komplexität der Linse und der erwarteten Jahres­produktion.
Faustregel: Pro Segment
CHF 600 plus CHF 2 300 Grundkosten.
Zahlungs­bedingungen:
50% sofort bei Auftragserteilung, 30% sofort, bei Lieferung der Erstmuster, 20% sofort nach Freigabe durch den Kunden.
Lieferobjekte:
10 Erstmuster, Linse durch Kunden an Geräten validiert.
Bemerkungen:
Der Auftrag­geber akzeptiert, dass das Werkzeug für die Linse zwar dem Auftrag­geber gehört, dieses jedoch während der ganzen Lebensdauer in der Obhut der Produk­tions­firma bleibt. Auf der anderen Seite verpflichtet sich die Produk­tions­firma dazu, dass das Werkzeug ausschliesslich für die Produktion von Linsen von Bestellungen des Auftrag­gebers verwendet wird oder für Kunden, welche vom Auftrag­geber dazu bevollmächtigt wurden. Die Produk­tions­firma ist auch für die Wartung und Versicherung des Werkzeuges zuständig. Diese Verpflichtung erlöscht automatisch 2 Jahre nach dem letzten Produk­tionslos. Das Werkzeug wird nur im Falle der Insolvenz der KUBE Electronics AG oder wenn sich die KUBE Electronics AG endgültig aus dem PIR Linsengeschäft zurückziehen sollte, an den Auftrag­geber ausgehändigt.
PIR Lens Production First Lot
Development of a customer-specific lens
The provision of a customized lens is roughly divided into the following four steps:
Lens study
Creation of a prototype lens based on the lens study (optional)
Design and construction of the tool for the custom lens
Manufacturing first production lot of custom lens
Prerequisites:
The lenses (initial samples) produced with the injection moulding tool have been formally released by the customer.
The injection moulding tool is completely paid
Action:
Standard KUBE Electronics AG order procedure.
Duration:
3 – 6 weeks (depending on the order quantity and the complexity of the lens)
Cost / Payment conditions:
Costs according to cost estimate in lens study (step 1). Payment conditions according agreement.
Deliverables:
Customized lens according to order.
Remarks:
The information under duration is valid if the first production lot takes place immediately after the completion of the tool. At longer intervals, the duration may be longer.
PIR Linsen Produktion erstes Los
Entwicklung einer kunden spezifischen Linse
Die Bereit­stellung einer kunden­spezi­fischen Linse erfolgt grob in folgenden vier Teilschritten:
Linsen­studie
Erstellung einer Prototypen­linse anhand der Linsen­studie (optional).
Entwurf und Bau des Werkzeuges für die kunden­spezifische Linse
Herstellung erstes Produk­tionslos kunden­spezifischer Linse
Voraus­setzungen:
Die mit dem Werkzeug produzierten Linsen (Erstmuster) sind durch den Kunden formal freigegeben.
Das Spritzguss­werkzeug ist vollständig bezahlt
Vorgehen:
Gemäss Standard­bestell­verfahren der KUBE Electronics AG.
Dauer:
3 – 6 Wochen (abhängig von der Bestellmenge und der Komplexität der Linse)
Kosten / Zahlungs­bedingungen:
Gemäss Kosten­vor­anschlag in Linsen­studie (Schritt 1). Vorauszahlung 100%, netto (siehe Vorgehen, Punkt 3)
Lieferobjekte:
Kunden­spezifische Linse gemäss Bestellung.
Bemerkungen:
Die Angaben unter Dauer gelten, wenn das erste Produk­tionslos unmittelbar im Anschluss an die Fertig­stellung des Werkzeuges erfolgt. Bei grösseren zeitlichen Abständen kann die Dauer länger sein.
PIR Lens Color Optimization
Prerequisites:
The initial samples of the lens color to be optimized are available and released by the customer (with the exception of the color, the lens meets the requirements).
KUBE Electronics AG owns a color pattern in the form of a sample plate (about 9 cm x 6 cm) or the desired color is precisely specified by a RAL Plastics or PANTONE Plastics Code.
Action:
Carrying out a color analysis based on the supplied color sample.
Definition of the standard KUBE PIR HDPE granulate as starting material and of the color additives.
Production of customized paint based on the selected standart granules
Determination of IR relevant parameters.
Validation of the color by comparing the color analysis between the color sample and the produced, customized KUBE PIR HDPE granules by the customer.
Documentation of components und their portions for later re-production (for internal use only).
Shipment of the validated sample quantity by KUBE Electronics AG (see section delivery objects).
Duration:
5 - 7 weeks (depending on the laboratory workload)
Cost / Payment conditions:
CHF 1 100 - 1 500
(including 25 kg KUBE PIR HDPE granules and acceptance test certificate, excl. shipping costs).
Immediately due when placing the order.
Deliverables:
25 kg (1 bag) of KUBE PIR HDPE granulate as specified.
Acceptance test certificate of the customer-specific material with all PIR relevant material properties.
Remarks:
Typically, the optical performance will be decreased by the color optimization.
Color optimization can also be defined and made by mixing different KUBE PIR HDPE standard granules. (see Products -> PIR Transmissive Injection Moulding Granulates).
Color optimization can also be done heuristically using the Trial and Error approach. For each iteration step Euro xy will be charged.
PIR Linsen Farb-Optimierung
Voraus­setzungen:
Die Erstmuster der zu optimierden Linsenfarbe liegen vor und sind durch den Kunden freigegeben (mit Ausnahme der Farbe, erfüllt die Linse die Anforderungen).
KUBE Electronics AG ist im Besitz eines Farbmusters in Form einer Musterplatte (ca. 9 cm x 6 cm) oder die gewünschte Farbe ist durch einen RAL Plastics oder PANTONE Plastics Code genau spezifiziert.
Vorgehen:
Durchführung einer Farbanalyse anhand des gelieferten Farbmusters.
Festlegung des Standard KUBE PIR HDPE Granulates als Ausgangsmaterial.
Produktion der kunden­spezi­fischen Farbe basierend auf dem ausgewählten Standardgranulat
Bestimmung der IR relevanten Kenngrössen.
Validierung der Farbe durch Vergleich der Farbanalyse zwischen Farbmuster und produziertem, kunden­spezifischem KUBE PIR HDPE Granulat.
Dokumentation der Komponenten und Anteile für die spätere einwandfreie Reproduktion (nur für internen Gebrauch).
Versand der validierten Mustermenge durch KUBE Electronics AG (siehe Lieferobjekte).
Dauer:
5 – 7 Wochen (abhängig von der Laborauslastung)
Kosten / Zahlungs­bedingungen:
CHF 1 100 - 1 500
(inkl. 25 kg KUBE PIR HDPE Granulat und Abnahme­test­zertifikat, exkl. Versandkosten).
Sofort fällig bei Auftragserteilung.
Lieferobjekte:
25 kg (1 Sack) KUBE PIR HDPE-Granulat gemäss Vorgabe.
Abnahme­test­zertifikat des kunden­spezi­fischen Materials mit allen PIR relevanten Materialeigenschaften.
Bemerkungen:
Typischerweise wird die optische Leistungs­fähigkeit durch die Farboptimierung verringert.
Die Farboptimierung kann auch durch die Mischung von unter­schied­lichen KUBE PIR HDPE Standard Granulaten definiert und vorgenommen werden. (siehe Produkte -> PIR Transmissive Injection Molding Granulate).
Die Farboptimierung kann auch heuristisch unter Anwendung des Try and Errors Ansatzes erfolgen. Dabei werden für jeden Iterationsschritt Euro xy in Rechnung gestellt.
Logistics
All goods ordered and purchased from KUBE Electronics AG are delivered to the customer under the terms of delivery „ex works“ (Incoterm 2020 := EXW <location>).
Incoterms
Transport to destination
Buyer
Seller
Export-customs-declaration
Buyer
Seller
Import-customs-clearance
Buyer
Seller
Import-taxation
Buyer
Seller
Insurance
Buyer
Seller
Important: For DAP, KUBE Electronics AG takes responsibility only for additional commissions
This essentially means that the customer bears both the responsibility and the costs for all activities that occur during the transport. In the case of export transactions, this also includes export and import customs clearance. However, at the customer’s request, KUBE Electronics AG also organizes the transports (including insurance). These will be charged additionally and shown separately there. The delivery term is then „Delivered named place“ (Incoterm 2020 := DAP) in the country of destination. In doing so, KUBE Electronics AG relies on standard logistics companies, which, depending on their scope of delivery and destination, are either Swiss Post, GLS or Dachser Spedition AG. For consignments that are sent directly from our production sites, DPD and the Dachser company are our standard logistics companies.
If the customer wishes to be picked up by a courier company (FedEx, UPS, DHL, TNT, …) or by a freight forwarder of his choice, the customer must register this collection himself. This means that KUBE Electronics AG does NOT declare the deliveries for shipment. In this case, KUBE Electronics AG supports the dispatch so that the data required for collection (gross weight, package dimensions, description of goods including customs tariff number and the pickup address) are sent to the customer by e-mail in good time, depending on terms of payment and the required delivery time.
After registration with the respective courier, the shipping documents consisting of the bill of lading and the label must be sent by e-mail to KUBE Electronics AG. KUBE Electronics AG will enclose these shipping documents with the necessary copies of the commercial invoice, each with original signatures, to the delivery. Now the goods are ready to be picked up, and they can be handed over to the courier. As confirmation for the collection, KUBE Electronics AG sends the customer the commercial invoice by e-mail with indication of the corresponding tracking number.
For deliveries by courier with a value of less than < Euro 350.00 KUBE Electronics AG will charge an additional packing fee of € 15.00, which will be shown separately.
Granulate delivery small quantities
Packaging details
one (1) carton box
dimensions 44cm x 34cm x 22cm
gross weight 10.8kg
Content
10kg (1 x 10kg bag) PIR-Granulate
Customs tariff: 3901.2000
Country of Origin: Switzerland
Pick up address
KUBE Electronics AG
Industriestrasse 55
8625 Gossau/ZH
Switzerland
2nd floor Reception
Pick-up date + time
<dd.mm.yyyy>
08:30 – 16:30
Contact Person
Mr. Rodolfo Milano
We will enclose three original (courier) or four (lorry) copies of commercial invoices signed original. The shipping documents, consisting of bill of lading and a label, must be sent to us by e-mail (only in the case of the courier).
Granulate delivery large quantities
Packaging details
one (1) EW-pallet
dimensions 120cm x 80cm x 135cm
gross weight 630kg
Content
600kg (24 x 25kg bag) PIR-Granulate
Customs tariff: 3901.2000
Country of Origin: Switzerland
Pick up address
Plastech AG
c/o Lenorplastics Service AG
Im Kessler 1, Industrie Ost
9463 Oberriet
Switzerland

Pick-up date + time
-
<dd.mm.yyyy>
08:30 – 16:30
Contact Person
Mrs. Sandy Keist
We will enclose three original (courier) or four (lorry) copies of commercial invoices signed original. The shipping documents, consisting of bill of lading and a label, must be sent to us by e-mail (only in the case of the courier).
Lens delivery
Packaging details
one (1) carton box
dimensions 22cm x 18cm x 12cm
gross weight 0.3kg
Content
100 pieces MultiZone PIR Fresnel Lens
Customs tariff: 9001.9000
Country of Origin: Switzerland
Pick up address
KUBE Electronics AG
Industriestrasse 55
8625 Gossau/ZH
Switzerland
2nd floor Reception
Pick-up date + time
<dd.mm.yyyy>
08:30 – 16:30
Contact Person
Mr. Rodolfo Milano
We will enclose three original (courier) or four (lorry) copies of commercial invoices signed original. The shipping documents, consisting of bill of lading and a label, must be sent to us by e-mail (only in the case of the courier).
Film delivery
Packaging details
one (1) carton box
dimensions 61cm x 16cm x 17cm
gross weight 7.0kg
Content
25 x 1 meters IR transmissive plastic flim
Customs tariff: 3920.1000
Country of Origin: Switzerland
Pick up address
KUBE Electronics AG
Industriestrasse 55
8625 Gossau/ZH
Switzerland
2nd floor Reception
Pick-up date + time
<dd.mm.yyyy>
08:30 – 16:30
Contact Person
Mr. Rodolfo Milano
We will enclose three original (courier) or four (lorry) copies of commercial invoices signed original. The shipping documents, consisting of bill of lading and a label, must be sent to us by e-mail (only in the case of the courier).
Sensor delivery
Packaging details
one (1) carton box
dimensions 50cm x 21cm x 7cm
gross weight 1.8kg
Content
1 000 pieces Dual Pyroelectric Sensors
Customs tariff: 8541.4000
Country of Origin: China
Pick up address
KUBE Electronics AG
Industriestrasse 55
8625 Gossau/ZH
Switzerland
2nd floor Reception
Pick-up date + time
<dd.mm.yyyy>
08:30 – 16:30
Contact Person
Mr. Rodolfo Milano
We will enclose three original (courier) or four (lorry) copies of commercial invoices signed original. The shipping documents, consisting of bill of lading and a label, must be sent to us by e-mail (only in the case of the courier).
Logistik
Alle bei der Firma KUBE Electronics AG bestellten und gekauften Waren werden zu den Liefer­bedingungen „Ab Werk“ (Incoterm 2020 := EXW <Ortsangabe>) an den Kunden geliefert.
Incoterms
Transport zum Zielort
Käufer
Verkäufer
Export-Zollanmeldung
Käufer
Verkäufer
Einfuhr-Verzollung
Käufer
Verkäufer
Einfuhr-Versteuerung
Käufer
Verkäufer
Versicherung
Käufer
Verkäufer
Wichtig: Für DAP übernimmt KUBE Electronics AG die Verant­wortung nur gegen zusätzliche Beauftragung
Das heisst im Wesentlichen, dass der Kunde für alle im Verlaufe des Transportes anfallenden Tätigkeiten sowohl die Verantwortung als auch die Kosten trägt. Im Falle von Export­geschäften beinhaltet das auch die Export- und Import­verzollung. Auf Wunsch des Kunden organisiert die KUBE Electronics AG auch die Transporte (inklusive Versicherung). Diese werden zusätzlich in Rechnung gestellt und dort separat ausgewiesen. Die Lieferbedingung lautet dann „Geliefert benannter Ort“ (Incoterm 2020 := DAP) im Bestimmungs­land. Dabei wählt die KUBE Electronics AG Standard Logistik­unternehmen aus, welche je nach Lieferumfang und Zielort entweder die Schweizer Post, GLS oder die Dachser Spedition AG ist. Für Sendungen, welche direkt ab unseren Produktions­standorten verschickt werden sind DPD und das Unternehmen Dachser unsere Standard Logistik­unternehmer.
Wünscht der Kunde die Abholung durch einen Kurierdienst (FedEx, UPS, DHL, TNT, …) oder durch einen Spediteur seiner Wahl, so muss die Anmeldung dieser Abholung durch den Kunden selbst vorgenommen werden. Das heisst, KUBE Electronics AG meldet die Lieferungen NICHT zum Versand an. In diesem Fall unterstützt die KUBE Electronics AG den Versand damit, dass die zur Abholung notwendigen Informationen (Bruttogewicht, Paket­abmessungen, Waren­beschreibung inkl. Zolltarif­nummer und die Abhol­adresse) je nach Zahlungs­bedingungen und geforderter Lieferfrist zeitgerecht dem Kunden per e-mail übermittelt werden.
Nach erfolgter Anmeldung beim entsprechenden Kurier müssen die Versand­dokumente bestehend aus Frachtbrief und Kennzeichnung (Label) per e-mail an KUBE Electronics AG zugestellt werden. KUBE Electronics AG wird diese Versand­dokumente mit den nötigen Kopien der Handels­rechnung, je versehen mit Originalunterschriften, der Lieferung beilegen. Jetzt ist die Ware zur Abholung bereit, und sie kann dem Kurier übergeben werden. Als Bestätigung für die erfolgte Abholung verschickt KUBE Electronics AG dem Kunden noch die Handels­rechnung per E-Mail mit Angabe der zugehörigen Sendungs­verfolgungs­nummer.
Für Lieferungen, ausgeführt durch einen Kurierdienst, mit einem Warenwert unter < CHF 350.00 stellt die KUBE Electronics AG zusätzlich eine Verpackungspauschale von Euro 15.00 in Rechnung, welche separat ausgewiesen wird.
Granulat­versand Kleinmengen
Verpackungs­informationen
Eine (1) Kartonbox / Grössen 44cm x 34cm x 22cm / Bruttogewicht 10.8kg
Inhalt
10kg (1 x 10kg Beutel) PIR-Granulate / Zolltarif: 3901.2000 / Herkunftsland: Schweiz
Abhol­adresse
KUBE Electronics AG
Industriestrasse 55
8625 Gossau/ZH
Schweiz
2. Etage / Empfang
Abholdatum / Abholzeit
<tt.mm.jjjj>
08:30 – 16:30
Kontaktperson
Herr Rodolfo Milano
Wir legen der Sendung drei (Kurier) oder vier (LKW) Kopien von Handels­rechnungen original unterschrieben bei. Die Versand­dokumente, bestehend aus Frachtbrief und einem Label, müssen uns per E-Mail zugestellt werden (nur im Fall des Kuriers).
Granulat­versand Grossmengen
Verpackungs­informationen
Eine (1) EW-Palette / Grössen 120cm x 80cm x 135cm / Bruttogewicht 630kg
Inhalt
600kg (24 x 25kg Beutel) PIR-Granulate / Zolltarif: 3901.2000 / Herkunftsland: Schweiz
Abhol­adresse
Plastech AG
c/o Lenorplastics Service AG
Im Kessler 1, Industrie Ost
9463 Oberriet
Schweiz

-
Abholdatum / Abholzeit
<tt.mm.jjjj>
08:30 – 16:30
Kontaktperson
Frau Sandy Keist
Wir legen der Sendung drei (Kurier) oder vier (LKW) Kopien von Handels­rechnungen original unterschrieben bei. Die Versand­dokumente, bestehend aus Frachtbrief und einem Label, müssen uns per E-Mail zugestellt werden (nur im Fall des Kuriers).
Linsen­versand
Verpackungs­informationen
Eine (1) Kartonbox / Grössen 22cm x 18cm x 12cm / Bruttogewicht 0.3kg
Inhalt
100 Stück MultiZone PIR Fresnel-Linsen / Zolltarif: 3001.9000 / Herkunftsland: Schweiz
Abhol­adresse
KUBE Electronics AG
Industriestrasse 55
8625 Gossau/ZH
Schweiz
2. Etage / Empfang
Abholdatum / Abholzeit
<tt.mm.jjjj>
08:30 – 16:30
Kontaktperson
Herr Rodolfo Milano
Wir legen der Sendung drei (Kurier) oder vier (LKW) Kopien von Handels­rechnungen original unterschrieben bei. Die Versand­dokumente, bestehend aus Frachtbrief und einem Label, müssen uns per E-Mail zugestellt werden (nur im Fall des Kuriers).
Folien­versand
Verpackungs­informationen
Eine (1) Kartonbox / Grössen 61cm x 16cm x 17cm / Bruttogewicht 7.0kg
Inhalt
25 x 1 Meter IR durchlässiger Plastikfilm
Zolltarif: 3920.1000
Herkunftsland: Schweiz
Abhol­adresse
KUBE Electronics AG
Industriestrasse 55
8625 Gossau/ZH
Schweiz
2. Etage / Empfang
Abholdatum / Abholzeit
<tt.mm.jjjj>
08:30 – 16:30
Kontaktperson
Herr Rodolfo Milano
Wir legen der Sendung drei (Kurier) oder vier (LKW) Kopien von Handels­rechnungen original unterschrieben bei. Die Versand­dokumente, bestehend aus Frachtbrief und einem Label, müssen uns per E-Mail zugestellt werden (nur im Fall des Kuriers).
Sensor­versand
Verpackungs­informationen
Eine (1) Kartonbox / Grössen 50cm x 21cm x 7cm / Bruttogewicht 1.8kg
Inhalt
1 000 Stück Dual Pyroelectric Sensors / Zolltarif: 8541.4000 / Herkunftsland: China
Abhol­adresse
KUBE Electronics AG
Industriestrasse 55
8625 Gossau/ZH
Schweiz
2. Etage / Empfang
Abholdatum / Abholzeit
<tt.mm.jjjj>
08:30 – 16:30
Kontaktperson
Herr Rodolfo Milano
Wir legen der Sendung drei (Kurier) oder vier (LKW) Kopien von Handels­rechnungen original unterschrieben bei. Die Versand­dokumente, bestehend aus Frachtbrief und einem Label, müssen uns per E-Mail zugestellt werden (nur im Fall des Kuriers).
Quality
RoHS
Aspect:
RoHS (EU Directive 2011/65 / EU -> RoHS 2 or EU Directive 2015/863 -> RoHS 3
Importance:
Restriction of Hazardous Substances
Purpose:
Regulates the use and marketing of hazardous substances in electrical appliances and electronic components
Affected substances:
6 heavy metals (lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyl (PBB), polybrominated diphenyl ether (PBDE) and 4 plasticizers or phthalates (DEHP, BBP, DBP and DIBP).
Scope:
All KUBE materials are RoHS compliant according to the latest regulations and are not subject to TSCA.
RoHS Statement
Qualität
RoHS
Aspekt:
RoHS (EU-Richtlinie 2011/65/EU -> RoHS 2 bzw. EU Richtlinie 2015/863 - RoHS 3
Bedeutung:
Restriction of Hazardous Substances
Zweck:
Regelt die Verwendung und das Inverkehr­bringen von Gefahrenstoffen in Elektrogeräten und elektronischen Bauelementen.
Betroffene Substanzen:
6 Schwermetalle (Blei, Quecksilber, Kadmium, sechswertiges Chrom, Polybrominierte Biphenyl (PBB), Polybrominierte Diphenyl Ether (PBDE) und 4 Weichmacher oder Phtalate (DEHP, BBP, DBP und DIBP).
Geltungsbereich:
Alle KUBE Materialien sind RoHS konform gemäss aktuellsten Vorgaben und sind nicht TSCA pflichtig.
RoHS Statement
REACH – SVHC
Aspect:
REACH (Regulation EG) Nr. 1907/2006
Importance:
Registration, Evaluation, Authorization and restriction of Chemicals
Purpose:
EU Chemicals Ordinance on Harmonization and Simplification of Chemicals Law.
Affected substances:
As a result of this registration, ECHA classifies these substances according to their hazardousness to various aspects. The substances of very high concern are listed in a separate list (REACH – Substances of Very High Concern) which is reissued twice a year.
Scope:
KUBE PIR Granulates
KUBE PIR Films
REACH – SVHC
Aspekt:
REACH (Verordnung EG) Nr. 1907/2006
Bedeutung:
Registrierung, Evaluation, Autorisierung und Restriktion von Chemikalien
Zweck:
EU-Chemikalien­verordnung zur Harmonisierung und Vereinfachung des Chemikalien­rechtes.
Betroffene Substanzen:
Als Resultat dieser Registrierung klassifiziert die ECHA diese Substanzen nach ihrer Gefährlichkeit hinsichtlich verschiedener Aspekte. Die besonders besorgnis­erregenden Stoffe werden in einer separaten Liste geführt (REACH – SVHC (Substances of Very High Concern), welche zweimal im Jahr neu veröffent­licht wird.
Geltungsbereich:
KUBE PIR Granulate
KUBE PIR Folien
UL 94
Aspect:
UL94 (contents same IEC/DIN EN 60695-11-10 and – 20 / CAN/CSA C 22.2 No. 017)
Importance:
Plastic combustibility test for parts in devices and applications of Underwriters Laboratories.
Purpose:
Describes a method for assessing and classifying the flammability of plastics.
Classification
Description
slow burning of a horizontally clamped sample (HB75 / HB 40)
extinguishing a vertically clamped sample within 30 seconds. Burning dripping of plastic melt allowed.
Same as V-2, but no burning dripping of plastic melt allowed. Maximum 60 seconds afterglow.
Like V-1, but extinguishing the flame within 10 seconds. Maximum 30 seconds afterglow.
extinguishing a vertically clamped sample after 5 flashes for 5 seconds each; no dripping allowed.
like 5VB, additional test on a horizontally clamped plate; neither dripping nor formation of burn holes with a diameter > 1mm are permitted.
The achieved classifi­cation is registered in publicly accessible, so-called yellow cards (examination at UL or an accredited test laboratory).
Scope:
The linear burning rate of KUBE Electronics HDPE Lens 0.5mm Thick Model 22302 was 50mm/min. Therefore it meets with the Horizontal Burning Test; HB require­ments based on the burning rate. No yellow card available.
UL 94
Aspekt:
UL94 (Inhaltsgleich IEC/DIN EN 60695-11-10 und – 20 / CAN/CSA C 22.2 No. 017)
Bedeutung:
Test zur Brenn­barkeit von Kunststoffen für Teile in Geräten und Anwendungen der Underwriters Laboratories.
Zweck:
Beschreibt ein Verfahren zur Beurteilung und Klassifi­zierung der Brenn­barkeit von Kunstoffen.
Klassifizierungen
Beschreibung
langsames Brennen einer horizontal eingespannten Probe (HB75 / HB 40)
Verlöschen einer vertikal eingespannten Probe innerhalb von 30 Sekunden. Brennendes Abtropfen von Kunststoffschmelze zulässig.
Wie V-2, jedoch kein brennendes Abtropfen von Kunststoffschmelze zulässig. Maximal 60 Sekunden Nachglimmen.
Wie V-1, jedoch Verlöschen der Flamme innerhalb von 10 Sekunden. Maximal 30 Sekunden Nachglimmen.
Verlöschen einer vertikal eingespannten Probe nach fünfmaliger Beflammung für je 5 Sekunden; kein Abtropfen zulässig.
wie 5VB, zusätzlicher Test an einer horizontal eingespannten Platte; weder Abtropfen noch Bildung von Brandlöchern mit einem Durchmesser > 1mm sind zulässig.
Die erreichte Klassierung wird in öffentlich zugänglichen, sogenannten Yellow Cards eingetragen (Prüfung bei UL oder einem akkreditierten Prüflabor).
Geltungsbereich:
Die lineare Brenn­geschwindigkeit der KUBE Electronics HDPE Linse 0.5mm Thick Model 22302 betrug 50mm/min und erfüllt damit den Horizontal Burning Test. Eine gelbe Karte ist nicht verfügbar.
Material Safety Data Sheet (MSDS)
Material Safety Data Sheet (MSDS)
Sicherheits­daten­blatt (MSDS)
Sicherheits­daten­blatt
Downloads
General PIR information
Price Lists
Data sheets KUBE PIR Transmissive plastic
Data sheets KUBE PIR Fresnel lenses
Data sheets KUBE PIR sensors
Data sheets KUBE PIR cone optics
Quality documents / certificates
kube_plastics_quality.pdf
kube_plastics_safety.pdf
Recommendations for processing / integration
Application schema
Downloads
Allgemeine PIR Informationen
Preislisten
Datenblätter KUBE PIR Fresnel-Linsen
Datenblätter KUBE PIR Sensoren
Datenblätter KUBE PIR Kegeloptiken (Konus)
Qualitäts­unterlagen / Zertifikate
kube_plastik_qualitaet.pdf
kube_plastik_sicherheit.pdf
Empfehlungen für die Verarbeitung / Integration
Anwendungsschema
About us
We, the KUBE Electronics team, have been producing window materials for the passive infrared industry in Schmerikon in Switzerland since the early 1980s.
KUBE Electronics supplies these important materials to the manufacturers of intruder detectors and motion detectors.
In addition, KUBE Electronics develops equipment for the detection of passive infrared radiation in industry, traffic control, security and military.
year
activity
Chinese partnership with customized Fresnel lenses including injection moulding tool.
Relocation from Hombrechtikon to Gossau ZH
Owner and change of management
Concentration on PIR optics, granules and films
Launch of custom Fresnel lenses with further German partner for construction of the of the injection moulding tools and lens production.
Launch of custom Fresnel lenses with German partner for the construction of the injection moulding tools and lens production
Launch of development of cone optics with German partner for the construction of the injection moulding tools and cone production.
Development of cone optics and ASIC TR156 (for the smallest and simplest PIR sensors with optics)
Start Development KUBE PIR – Granulate
Moving from Stäfa to Hombrechtikon
Foundation of KUBE Electronics AG
Founded by the visionary infrared specialist Walter KUter and the business executive Gianni BErardi. The first two letters of their names formed the company name KUBE Electronics AG.
KUBE started producing window materials for the passive infrared industry in Schmerikon, Switzerland. Since then, KUBE supplies these important materials to the manufacturers of intruder alarms and motion detectors. Beyond that, KUBE developed equipment to detect passive infrared radiation in industry, traffic control, security and military
Employees at KUBE Electronics AG
Sandy Keist
Commercial Director
“Ask me about product availability, no matter if you need a few pieces or a million. You can discuss prices, delivery, terms, customs and tax matters with me. You must keep me informed when something is not as it should be”
Max Keist, Engineer
Technical Director
“Do you need a Fresnel lens or a PIR circuit ? I’ll make the design to your needs, make prototypes, test them to functionality in our lab, and all the standards you need.”
Rodolfo Milano, Appl. Eng., Head of R&D
“Contact me to select the right parts for your application. I am happy to help you in all PIR related questions in the areas of electronics, optics and practical applications.”
Fly, Head of Facility
Management / Logistics Support
“I am happy to support the team in the back-office doing various tasks.”
Pheonix
Internal Mail / Logistics
Support
“My daily tasks include the distribution of internal mail.”
Über uns
Wir, das KUBE Electronics Team, produzieren schon seit Anfang der 80er Jahre Fenster­materialien für die Passiv-Infrarot-Industrie in Schmerikon in der Schweiz.
Diese wichtigen Materialien liefert KUBE an die Hersteller von Einbruchs­meldern und Bewegungs­meldern.
Darüber hinaus entwickelt KUBE Ausrüstungen zur Detektion von passiver Infrarot­strahlung in Industrie, Verkehrs­kontrolle, Sicherheit und Militär.
Jahr
Aktivität
Chinesische Partnerschaft mit kundenspez. Fresnel – Linsen inklusive Spritzguss­werkzeug.
Umzug von Hombrechtikon nach Gossau ZH
Besitzer und Wechsel der Geschäfts­leitung
Konzentration auf PIR – Optik, -Granulate und -Folien
Start kunden­spezifischer Fresnel-Linsen mit weiterem deutschen Partner für den Spritzguss­werkzeug Bau.
Start kunden­spezifischer Fresnel-Linsen mit deutschem Partner für den Spritzguss­werkzeug Bau
Start der Entwicklung der Konusoptik mit deutschem Partner für den Bau der Spritzguss­werkzeuge und der Konusherstellung.
Entwicklung Konusoptik und ASIC TR156 (für kleinste und einfachste PIR Sensorik mit Optik)
Start Entwicklung KUBE PIR – Granulate
Umzug von Stäfa nach Hombrechtikon
Gründung KUBE Electronics AG
Gegründet vom visionären Infrarot­spezialisten Walter KUster und vom Geschäfts­führer Gianni BErardi. Je die beiden ersten Buchstaben derer Namen, bildeten den Firmen­namen KUBE.
KUBE begann im schweizerischen Schmerikon mit der Produktion von Fenster­materialien für die Passiv-Infrarot-Industrie. Seitdem liefert KUBE diese wichtigen Materialien an die Hersteller von Einbruchmeldern und Bewegungsmeldern. Darüber hinaus entwickelte KUBE Geräte zur Detektion von passiver Infrarot­strahlung in Industrie, Verkehrs­kontrolle, Sicherheit und Militär.
Mitarbeitende bei KUBE Electronics AG
Sandy Keist
Kaufmännische Leiterin
“Fragen Sie mich nach der Verfügbarkeit von Produkten, egal ob Sie ein paar Stück oder eine Million benötigen. Sie können mit mir Preise, Liefer­bedingungen, Zoll- und Steuer­angelegenheiten besprechen. Sie müssen mich auf dem Laufenden halten, wenn etwas nicht so ist, wie es sein sollte.“
Max Keist, Ingenieur
Technischer Direktor
“Benötigen Sie eine Fresnel-Linse oder eine PIR-Schaltung? Ich werde das Design an Ihre Bedürfnisse anpassen, Prototypen herstellen, die Funktionalität in unserem Labor testen und alle erforderlichen Standards erfüllen.”
Rodolfo Milano, Appl.
Ing., Leiter F&E
“Bitte nehmen Sie mit mir Kontakt auf, um die richtigen Teile für Ihre Anwendung auszuwählen. Gerne helfe ich Ihnen bei allen PIR-bezogenen Fragen in den Bereichen Elektronik, Optik und praktische Anwendungen.”
Fly, Leiter Facility
Management / Logistik­unterstützung
“Gerne unterstütze ich das Team im Backoffice bei verschiedenen Aufgaben.”
Pheonix
Interne Post/
Logistik Support
“Zu meinen täglichen Aufgaben gehört die Verteilung der internen Post“
Contact
Products / Services for PIR ...
Transmissive Injection Moulding Granulates
Transmissive Window Films
Optics
Sensors
Lens Design
Lens Prototyping
Lens Tool Construction
Lens Production first Lot
Lens Color Optimization
Kontakt
Produkte / Dienstleist. für PIR ...
Transmissive Injection Moulding Granulate
Transmissive Fenster­folien
Optiken
Sensoren
Linsen Entwurf
Linsen Prototyp
Linsen Tool Konstruktion
Linsen Produktion erstes Los
Linsen Farb-Optimierung
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Request for quotation
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Contact:
KUBE Electronics AG
Industriestrasse 55
8625 Gossau
Switzerland
Tel +41 43 928 05 50
Email: info@kube.ch
CH-VAT: CHE-108.011.143
Season's break:
Dec. 21, 2023 -
Jan. 3, 2024
Kontakt:
KUBE Electronics AG
Industriestrasse 55
8625 Gossau
Schweiz
Tel +41 43 928 05 50
Email: info@kube.ch
CH-VAT: CHE-108.011.143
Betriebsferien:
21. Dez. 2023 -
3. Jan. 2024
Location:
Where to buy:
KUBE Electronics AG has no worldwide representatives. All products are shipped directly from Switzerland by public postservice, by courier or by the carrier of your choice.
How to pay:
KUBE Electronics AG only accepts payments by wire transfer in Swiss francs (CHF), Euros (EUR) or US dollars (USD). For each of these currencies, a separate account has been set up on the bank UBS. Details can be found in the footer of the order confirmations and invoices.
Standort:
Wo kaufen?
KUBE Electronics AG hat weltweit keine Vertretungen. Alle Produkte werden direkt aus der Schweiz per öffentlicher Post, per Kurier­dienst oder mit dem Spediteur Ihrer Wahl versandt.
Wie bezahlen?
KUBE Electronics AG akzeptiert nur Zahlungen per Bank­überweisung in Schweizer Franken (CHF), Euro (EUR) oder US-Dollar (USD). Für jede dieser Währungen ist ein eigenes Konto bei der Bank UBS eingerichtet. Einzelheiten finden Sie in der Fusszeile der Auftrags­bestätigungen und Rechnungen.
Imprint
Contact
Kube Electronics AG
Industriestrasse 55
8625 Gossau ZH
Switzerland
Phone +41 43 928 05 50
E-Mail: info@kube.ch
Represen­tatives
Max Keist
Ursula Keist
Sandra Keist
Commercial register entry
Company: Kube Electronics AG
Registration: CHE-108.011.143
Commercial register: County of Zürich
VAT-(MWST)-Number:
CHE-108.011.143 MWST
Disclaimer
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Liability claims against the author for material or immaterial damage resulting from access to, use or non-use of the published information, misuse of the connection or technical faults are excluded.
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All rights ©, design and trademark ™ reserved.
Place of jurisdiction
Zürich
Last edition
Gossau ZH, July 31, 2023
Impressum
Kontakt
Kube Electronics AG
Industriestrasse 55
8625 Gossau ZH
Schweiz
Telefon +41 43 928 05 50
E-Mail: info@kube.ch
Vertretungs­berechtigte
Max Keist
Ursula Keist
Sandra Keist
Handels­register­eintrag
Firma: Kube Electronics AG
Firmennummer: CHE-108.011.143
Handelsregisteramt: Kanton Zürich
MWST-Nummer:
CHE-108.011.143 MWST
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Gerichtsstand
Zürich
Stand
Gossau ZH, 31. Juli, 2023
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