For Safe Usage This manual describes the connections, wiring, handling, setup, and precautions to observe regarding the head and IC tags used on the advanced-function RID system RF-500 Series. Before you start to use the advanced-function RID system, be sure to thoroughly read this manual so that you can make full use of the advanced-function RID system RF-500 Series’ performance. Also, store this document in a safe place so that you can retrieve it whenever necessary.
Precautions for the regulations and standards for radio communications equipment El Japan @ Precautions relating to the Radio Law RF-500 and RF-550 comply with technical criteria as laid down by Japan's Radio Law as follows, and have received a model specification from the Minister of Internal Affair and Communications based on the regulations of the Radio Law implementation Rules Clause 44-2 {current as of 2005}.
HULA @Precautions for FFC RF-500 and RF-550 comply with the following FCC Rules, and have acquired certification. When using the RF-550, be sure to attach the fer rite core (supplied). Applicable regulation FCC Part 15 Subpart B Unintentional Radiator, Class A digital device FCC Part 15 Subpart C Intentional Radiator 13.11 MHz to 14.01 MHz device FCC ID RF-550: RF40773A | RF-500: RF40773B This device complies with Part 15 of the FCC Rules.
HE Canada @Precautions relating to Canada IC (Industry Canada) regulations The RF-500 and RF-550 comply with Canadian radio communications Act and technical requirements as follows, and have acquired certification. Applicable regulation RS-210 Low Power License-Exempt Radio communication Devices ICES-003 Digital Apparatus, Class A Digital Apparatus Icon.
HE Singapore @ Precautions relating to Singapore radio-communication regulations (IDA regulations) The RF-500 and RF-650 comply with Singapore telecommunications (radio Complies with communication) regulations as follows, and have acquired IDA certification.
Contents FOR SAFE USAGE. H This manual’s format WM General Precautions M Operating Precautions PRECAUTIONS FOR THE REGULATIONS AND STANDARDS FOR RADIO COMMUNICATIONS EQUIPMENT .. Nora CHAPTER 1 FEATURES & SYSTEM CONFIGURATION 1-1 FEATURES M Head. WiC tag 1-2 Ex Ample OF SYSTEM CONFIGURATION wo ww om CHAPTER 2 SPECIFICATIONS & PERFORMANCE 2-1 Heap M Names and functions of parts . M Specifications. E External dimensions. 2-2 IC B General specifications M External dimensions.
Chapter 1 FEATURES & SYSTEM CONFIGURATION 1-1 Features The head and IC tag are collectively called the "advanced-function RID system RF-500 Series." The RF-500 Series enables IC tags of differing shape and memory size to be used at high sped. The following components are used on the RF-500 Series. H Head Radio waves are used 10 read and write information to and from IC tags.
Chapter 2 SPECIFICATIONS & PERFORMANCE 2-1 BM Names and functions of parts @RID compact head (RF-500) Front Side Transceiver Sends and receives radii waves. Center guides (side) Indicate the center of the receiver, Provided at 4 locations (top/battomilefyright) of head, Serve as a reference when adjusting the position with the IC tag to the top/bottomileftright. Center guide (front) indicates the center of the receiver, Serves as a reference when adjusting the position with the IC tag.
PERFIDY standard head (RF-550) Front Transceiver Sends and receives Center guide (front) radio waves. Indicates the center of the receiver. Serves as a reference when adjusting the position with the IC tag. Center guides (side) Indicate the center of the receiver. Provided at 4 locations (fop/eottomfleft/ight) of head. Serve as a reference when adjusting the position with the IC tag to the top/bottom/left/right.
WM Specifications @®General specifications item Specification Model RF-500 RF-550 Power supply voltage 5 VDC£10%: cable length 2 m or less 5 YDC+5%: cable length 10 m or less Current consumption 300 mA or less Operating ambient 0 to 460°C temperature Operating ambient humidity 35 to 85%RH {condensation not allowed) Storage ambient temperature -20 to +75°C Storage ambient humidity 35 to 95%RH (condensation not allowed) Insulation resistance 100 MQ or more (across the power terminal and 10 terminals, and acro
@Communication specifications item Specification Communication : .
2-2 IC tag HM General specifications Item Specification Model RF-T5P10 I RF-T5F20 I RF-T5F30 Protocol 18015693 (ISG18000-3) Communication error . .
E External dimensions ®Coin-shaped IC tag (256 bytes): RF-T5P10 @Compact IC tag (2000 bytes): RF-T5F20 counteroffers for I E Memory map The following table shows the memory map of IC tags: item Specification Model RF-T5P10 RF-TSF20 TI RF-T5F30 Memory size 256 bytes 2000 bytes Can figuration 4 equipage, 64 pages 8 equipage, 250 pages @®About UID code The number unique to an IC tag is called the "UID code” and different numbers are assigned to all IC tags.
2-3 Cable HF-Sub conversion cable (0.2 m) (RF-CM2D) This cable is used for connecting to the dedicated power supply unit and converts a round connector to a D-Sub 9-pin connector. @ Specifications stem Specification Model RF-CM2D Name D-Sub conversion cable Length a2m Jack (RP17-13JA-128C) Connector ee (EZ-0S) ! Insulation resistance 100 MQ or more (at 500 VDC) Withstand voltage 1500 VAC, 1 minute, 1 mA or less Max. operation ..
2-4 Communication Performance MW Communication range The communication range differs according to the environment. Refer to the reference data below and use the advanced-function RID system in an appropriate environment, @ Communication distance (guaranteed value) The communication distance differs according to the combination of head and IC tag, and the rear side mounting environment of the tag.
Chapter 3 SETTINGS & MOUNTING 3-1 Head Installation Environment HE Precautions Avoid installing the head in the following locations: Locations whose ambient temperature exceeds the 0 to +60°C range, or locations subject to condensation caused by sudden changes in temperature ~ Locations whose ambient temperature exceeds the 35 to Y5%RH range Locations subject to corrosive and flammable gasses ~ Locations subject fo large amounts of dirt and dust, salt, iron and ofl smoke ~ Vacations directly subject to vibr
®When mounting multiple heads Data is communicated between heads and IC tags by radio waves. Referring to the following table, make sure that there is sufficient distance between heads so that data communication is not adversely affected.
3-2 How to Mount the Head @ Mounting method RID compact head (RF-500) en GT Tightening torque: 0.8N-m or less im RID standard head {RF-550} Tightening torque; TON-m or fess When mounting the advanced-function RID system embedded in a metal block, allow 1 mm or less between the top of the head and the surface of the metal block and at least 10 mm around the head.
@® Bending the cable When bending the cable, observe the following bending radii.
3-3 Connections (wiring) M Connecting the head and dedicated power supply unit D-Sub conversion cable (RF-CM2D) Connect the cable to the connector on the Connect the cable to the connector on the dedicated power supply unit.
3-4 IC Tag Installation Environment Avoid installing IC tags in the following locations: Locations where corrosive or flammable gas, and iron powder is present Locations whose ambient temperature exceeds the storage temperature range, or locations subject to condensation caused by sudden changes in temperature = Inside microwave ovens 3-5 How to Mount IC Tags HE Precautions Pay attention to the following points when mounting IC tags: Do net machine IC tags.