Product Specification Document of RFID Reader Prodrive Technologies BV Reference: Reference date: Author(s): Status: SPD6873160007R07.docx 2021-09-23 Free Claessens, Jolanta Drutowska [Concept] / [Accepted] Confidential Template PN: 6001-1244-6903 Template date: 2014-05-18 Prodrive Technologies PO Box 28030 NL - 5602 JA Eindhoven prodrive-technologies.com Science Park Eindhoven 5501 NL - 5692 EM Son T. +31 40 26 76 200 F.
Confidential The contents of this document are confidential information and intellectual property of Prodrive Technologies. Nothing of this document may be used or duplicated or published without prior written approval of Prodrive Technologies. Document history Rel.
Confidential Contents 1. INTRODUCTION............................................................................................................................. 6 5 1.1. BACKGROUND AND CONTEXT ....................................................................................................... 6 1.2. INTENDED AUDIENCE AND DOCUMENT GOAL ................................................................................. 6 1.3. DEFINITIONS AND ABBREVIATIONS ................................................
Confidential List of Figures 5 10 FIGURE 1-1: CONTEXT DIAGRAM OF THE RFID READER .......................................................................... 6 FIGURE 3-1: MAIN BLOCK DIAGRAM ........................................................................................................ 9 FIGURE 4-1: CN_RS232 (LEFT: OVERVIEW, RIGHT: REAR VIEW PINNING) ............................................... 11 FIGURE 5-1: RFID READER ILLUSTRATION (FOR REFERENCE ONLY) AND OUTER DIMENSIONS OVERVIEW .
Confidential File: SPD RFID Reader SPD6873160007R07.docx https://orionfs.app.
Confidential 1. Introduction This specification document describes the hardware-level specification for the RFID Reader. 1.1. Background and context 5 The RFID Reader is designed to operate in industrial vehicles. The objective of the RFID Reader is to support operator identification and access control. Figure 1-1 shows the context diagram of the RFID Reader. The RFID Reader shall be mounted in an accessible area in a vehicle. After powering up, it accepts RFID cards.
Confidential ‘F’alse (de-asserted) represents an electrical low ‘T’rue (asserted) represents an electrical high SIGNAL_THIS_n Italic capitals with _n (lower case). Represent an active low signal. ‘F’alse (de-asserted) represents an electrical high ‘T’rue (asserted) represents an electrical low In case of differential signals the positive half should be defined as SIGNAL_THIS_p VarOrBits Italic camelcasing.
Confidential 2. Features The following list shows the features of the RFID Reader. This list is informative for the purpose of a global technical overview. It has been compiled with care, but no rights may be derived from this list. Refer to the various sections that describe the context and conditions for the features. 5 • • 10 • • • 15 • • Micro Controller o ARM Cortex 32-bit series Interfaces o 1x RS232 RFID 13.
Confidential 3. Functional description This section contains the functional description of the RFID Reader. The interfaces can be found in Section 4, mechanical specifications in Section 5 and environmental specifications in Section 6. 3.1. Top level block diagram 5 Figure 3-1 shows the global block diagram of the RFID Reader with a functional level of detail showing only main connections.
Confidential Table 3-2: RFID range Mnemonic Description RFID_RANGE RFID range Min. 20 Typ. Max. Unit mm Remarks Applicable only for supported cards. Range depends on RFID tag size and environmental objects. The RFID_RANGE holds when the product is mounted as described in section 0 and starts counting from the enclosure surface. 3.4.2. RFID 125 kHz 5 10 The 125 kHz RFID technology is unregulated, therefore no standards apply.
Confidential 4. External interfaces This section describes the external interface properties. 4.1. CN_RS232 Function: Connection to the control system. This connection contains power and RS232 connection.
Confidential 5. Mechanical The specified mechanical properties of the RFID Reader can be found in this chapter. 5.1. Dimensions and Orientation 5 An illustration of the RFID Reader and its relevant outer dimensions can be found in Figure 5-1 and Table 5-1.
Confidential 5.2. Mass Table 5-2: Product mass Item Mass Description Total mass of the product Min. Typ. Max. 100 Unit g Remark 5.3. Material, Finishing and Design 5 Figure 5-2 shows the RFID Reader mechanical part overview and its specified properties can be found in Table 5-3.
Confidential Figure 5-3 The RFID Reader top part dimensions overview Table 5-4 RFID Reader top part dimensions Parameter P1 P2 Description Base width Base height Min Typ Max Unit 26.65 26.75 26.85 [mm] 27.65 27.75 27.85 [mm] Remarks 5 CUSTOMER_PN PRODUCT_NAME PT_PN PT_SN PWR_RATING BARCODE ID_1 ID_2 LOGO_AREA Figure 5-4: Label layout (26x26mm) 10 Table 5-5 lists the content which will be labelled to the product for identification.
Confidential LOGO_AREA Refer to Table 5-6 - ID_1 ID_2 FCC ID: Y2IRFIDR IC ID: 9389A-RFIDR - Reserved area for logos which can be country dependent. Table 5-6 shows the unique identifiers and logos for each variant. Table 5-6: ID_LOGO_AREA content Product RFID Reader ID_LOGO_AREA CE compliance mark WEEE compliance mark SPD RFID Reader SPD6873160007R07.
Confidential 5.5. Installation and Mounting The RFID Reader can be mounted from the bottom side with M4 bolts (See Figure 5-5) or from the top side with M3 bolts (see Figure 5-6). The maximum mounting torque of the RFID reader for both options can be found in table 5-6.
Confidential 6. Environmental 6.1. Conducted Transients Table 6-1: Electrical test requirements Standard Description ISO 16750-2:2012 Reverse Polarity ISO 16750-2:2012 Load dump - Starting profile Cold crank Levels Port 12V system: -14V 24V system: -28V 24V system: Us = 202V Ri = 1Ω td = 350ms Vmin = 6V Supply Lines Supply Lines Supply Lines Perf. Criteria C Remark B 24V load dump test is worst case. A Product has been designed to operate from minimum voltage of 6V. 6.2. Climatic 5 6.2.1.
Confidential Pulse Severity Half sine 30 G, 11ms Table 6-6: PSD for random vibration Frequency (Hz) 5 10 15 20 50 75 90 150 200 300 400 500 600 700 800 900 1000 PSD (g2/Hz) 0.015 0.5562 0.1799 0.0763 0.0179 0.0095 0.0237 0.1549 0.0078 0.0064 0.0128 0.0042 0.0177 0.0331 0.0500 0.0126 0.0003 Table 6-7: Non-operational mechanical test Standard Description ISO 16750-3 3th Drop test editon 2012 Non-operational Parameters Height Remarks 1.0m 6.4.
Confidential ETSI EN 301 489-03 v2.1.1 (Draft) EN 12895 EN 61000-4-2 SRD 9kHz to 246GHz Vehicular use equipment EN 61000-4-3 Industrial trucks EMC Refer to standard Electrostatic discharge Level 4 8kV contact / 15kV air Radiated Immunity 80MHz – 1GHz: 20V/m EN 61000-4-6 Conducted Immunity Additional test, not mandatory for product certification Additional test, not mandatory for product certification Additional test, not mandatory for product certification 150kHz – 80MHz 17Vrms 6.6.3.
Confidential 6.9. Conditions of Use This section lists the requirements and conditions to consider during installation of the RFID Reader. 5 1. The RFID Reader shall be used with an external fuse or current limiter with a maximum rating of 10A. 6.10. FCC compliance statement 10 15 This device includes antenna elements that radiate electromagnetic energy.
