Cryptera Payment Solutions INT3520 Installation Manual Author: Morten Schmidt Revision: B Date: 2020-01-08 Document Number: SV/INT3520-2000-10 Cryptera A/S SV/INT3520-2000-10 rev.
1 Abstract This document provides information on the usage of the NFC Reader from Cryptera. The generic part number for the product is INT3520-20xx, where ‘xx’ is a two-digit number reflecting a customer specific configuration. The document describes the overall characteristics of the NFC Reader as well as the various aspects to take into account when integrating the product in a self-service environment. This document is part of the PCI PTS 5.
Table of Contents 1 Abstract ....................................................................................................................2 1.1 Revision Log ......................................................................................................... 5 1.2 Definitions and Abbreviations .............................................................................. 5 1.3 References .............................................................................................................
7 Certification statement ............................................................................................18 7.1 FCC Statement .................................................................................................... 18 7.2 Industry Canada (IC) Statement .......................................................................... 19 8 Software Integration ................................................................................................19 9 Licensing Information .....
1.1 Revision Log Date Rev 2020-01-08 Author B MBT Section 1, 4, 6 & 7 Description - Added EMV L1 approval number Moved certification statements to new section and added ISED & FCC statements. Added explanation for use of the connectors 2019-12-12 A MSC All Document released for external use. 2019-03-12 GA0 MSC All Initial version, for internal review. 1.
2 Introduction This document describes the Cryptera NFC Reader, which is used as a device in various unattended payment terminals. Figure 1 – NFC Reader For specific details on the API, please refer to the documents listed in section 1.3. It is assumed that the reader has a basic knowledge about unattended payment terminals, as well as general knowledge about handling PCI and FCC approved devices. 2.
2.2 Product Marking The product and packaging contains the following labels: Part Label Content Device The device holds a product label with the following information: NFC Reader INT3520 Cryptera Part No.: INT3520-20xx Ryy 1) PCI Approval No.: 4-80048 2) FW: 414-xxxx y.z.v 3) PCD ID: 901-0002 R1A 4) FCC ID: 2AQ2N-INT3520 IC: 25683-INT3520 Made in Denmark: YYYY-MM 5) Prod.
Handling the Device 3 The NFC Reader is a PCI PTS approved device, which implies a number of internal security features – triggering any of these will disrupt the normal operation of the device. To avoid triggering these security features inadvertently, please read and follow the instructions given below. 3.1 Tamper Detection The NFC Reader is a tamper responsive device, which contains a number of internal sensors.
Figure 2 – Operational LED’s The diagnostic LED’s indicate the overall state of the device, which will help service technicians when setting the device into operation and/or diagnosing potential problems. Figure 3 – Diagnostic LED’s 3.5 Battery The NFC Reader contains an internal backup battery, to keep tamper circuits and critical memory areas active also during periods without external power.
3.7 Disposal The NFC Reader contains electronic components and a Li-ion battery, and must be disposed in an appropriate manner after decommissioning. The device is marked with the EU WEEE symbol, as shown below, to indicate that it shall not be disposed as municipal waste. Figure 4 – WEEE symbol 4 Technical Specification 4.1 Connections The NFC Reader supports the following connections: USB Device (2.0) GND Connector Figure 5 – Back-side view w/ connectors etc.
4.3 Beeper The NFC Reader contains an internal beeper, which is used to inform cardholders about the result of the NFC reading. To accommodate with the noise level in the surroundings, the beeper volume is adjustable via the software API. Please refer to [SW] for further details. 4.4 LED’s The NFC Reader contains operational LED’s on the front-side, and diagnostic LED’s on the back-side. 4.4.
4.5 Environment – Operating and Storage The following sections define the environmental conditions for the NFC Reader which must be observed during operation, storage and transportation of the device. 4.5.1 Temperature Operating o Range: ÷25 °C to +60 °C / ÷4 °F to 140 °F Storage and Transportation o Range: ÷25 °C to +60 °C / ÷4 °F to 140 °F 4.5.2 Humidity The NFC Reader may be operated, stored and transported in 10-95 % Relative Humidity (non-condensing). 4.5.
4.6.3 Card Schemes Visa – PayWave 4.6.3.1 Mastercard – MCL 4.6.3.2 JCB – J/Speedy American Express – ExpressPay Discover – D-PAS [TBD – after certification] xxx Interac – Flash 4.6.3.6 [TBD – after certification] xxx 4.6.3.5 [TBD – after certification] xxx 4.6.3.4 [TBD – after certification] xxx 4.6.3.3 [TBD – after certification] xxx xxx [TBD – after certification] 4.6.4 TQM xxx [TBD – after certification] 4.6.5 FCC FCC ID: 2AQ2N-INT3520 4.6.
5 Mechanical Integration 5.1 Mounting Options The NFC Reader design allows various mounting options, as it may protrude the front panel, be flush with the front panel, or be mounted internally (hidden behind the front panel). The mounting options are illustrated in the following figure. Figure 6 – Mounting options The NFC Reader may be mounted with full protrusion using the supplied gasket and standard studs or bolts. Other mounting options may require additional mounting brackets etc.
In any case, it is highly recommended to verify that the specific front panel material and the intended mounting concept allows for a robust NFC communication at an early design stage, before the final design is released for production. 5.2 Mounting Details 5.2.1 Protruding The recommended mounting for front panels made of magnetic material. The NFC Reader can be mounted with full protrusion using the supplied gasket and standard studs or bolts. Figure 7 – Protruding 5.2.1.
5.2.2 Flush In case the front panel is made of non-magnetic material, the NFC Reader can be mounted flush (or partly protruding). Both variants requires custom mounting parts (e.g. a bracket or similar), to assure a robust installation. Figure 9 – Flush 5.2.2.1 Cut-out The cut-out dimensions are determined by the exact mounting position, and should be calculated on a case-by-case basis. 5.2.2.
6 Electrical Integration 6.1 Overview of Connectors The NFC Reader has two active connectors on the back: USB Device GND Connector (optional) Figure 11 – Back-side view w/ active connectors highlighted The details related to these connectors are found in the following subsections. The remaining connectors found on the NFC Reader are not active and must be left as-is, i.e. not connected. 6.
6.3 GND Connector If addition ESD protection is needed or to minimize the equipotential between the NFC Reader and an possible metal mounting bezel then this connector can be used. Marking: GND Pin-Out 1 GND Function Connector Type Matching Plug(s) GND (protective) 4.75 mm stud 4.75 mm spade connector 7 Certification statement 7.1 FCC Statement This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules.
7.2 Industry Canada (IC) Statement This device contains licence-exempt transmitter(s)/receiver(s) that comply with Innovation, Science and Economic Development Canada’s licence-exempt RSS(s). Operation is subject to the following two conditions: (1) This device may not cause interference. (2) This device must accept any interference, including interference that may cause undesired operation of the device.
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