Long Range 125KHz EM/ID 1M RFID Access and 49 similar items

This 125Khz long range RFID reader is ideal for installations incorporating parking control, personal identification, access control and through-wall, hands-free, logistic... long read range applications. This long range ID reader packages all the electronics in one rugged, weatherized epoxy resin enclosure designed to withstand harsh environments as well as provide a high degree of vandal resistance for reliable performance anywhere, attractive and easy-to-install indoor/outdoor Features - High sensitivity and reliable performance - Built-in transceiver antenna for maximum performance - Maximum effective distance up to 1 meter - Less than 100ms decoding time - Low power dissipation with single power supply - Multiple output format optional - Built-in buzzer - Potted for environmental protection ? Specifications Power Requirement +12 VDC (linear power supplies are recommended) Interface RS485 Typical Maximum Read Range Up to 100cm (depends on card and environment, can reach even further in ideal environment) Frequency 125kHz typical Transponder Read Only Audio/visual Indication Buzzer output Operating Temperature -20'C to + 70'C Color Black Dimension 240 * 240 * 35mm (W x H x T) Weight 1.5 kg Operation Proximity cards are presented to the front of this ID long distance reader. The beeper sounds when the proximity cards is read and the message is transmitter the Host computer or interface panes. Trouble Shooting When powered up, the reader take a self-test to ensure the best reading performance with the buzzer beeping continually. when the self-test ends, the buzzer will give out a bug beep and the Reader enter the normal working mode. If the buzzer continue beeping without stop for a long time, please turn off the power and check out environment and power supply to ensure locating the reader in a good working condition. In case of problems the following procedure should be followed: Failure to finish self-test with the buzzer beeping continually or with a short reading distance 1. Turn off the power to the reader 2. Check the power input connections making sure that they are not reversed 3. Check the power supply complying with specification 4. If the supply has a current limit , set this to 350mA 5. Make sure to install the reader A in a environment without large area conductors nearby a mounting on a conductive surface. In self-test state , do not apply any tags in reader?s functional area 6. Try to change the installment of the Reader 5150 to another place to check if the trouble still exists Radio Frequency Interference Motors and electronic devices generate RF noise that may interfere with the reception of the signal from a transponder. The affect of RF noise is typically a reduction of read range. The idea Reader A is susceptible to RF interference, as are all devices that receive RF signals. The read range is affected by the amount of interference(noise) in the area. Common sources of RF interference are power supplies, electrical and electronic equipment, some types of lighting ,computers and monitors, motors and generators. Moving the reader to a location known to be free of interference and testing read range there will help to isolate RF interference as a factor in low read range situations. The Reader should not be mounted within six feet of any monitors(VDTs or CRTs)because the scan frequencies of most monitors include frequencies that may interfere with signal received from the access control cards. Mounting: Mount on non-metallic surfaces for optimal read range performance. Diagnostics: On reader power-up, an internal self-test routine checks and verifies the setup configuration, determines the internal or external control of the beeper, and initializes the reader' s operation. Indication: When a proximity card is presented to the reader, the beeper sounds. Indoor/outdoor design: The reader sealed in a rugged, weatherized epoxy resin enclosure designed to withstand harsh environments as well as provide a high degree of vandal resistance for reliable performance anywhere. Power supply: The reader can be operated over the full range of 11.0-15.0 VDC. If the reader power overrun 15VDC is applied, can't be operated, or If AC power is applied, circuit damage can result,12VDC linear power supplies are recommended. Noise from devices such as switching power supplies, computer monitors, and arc welders can reduce the read range or make the unit inoperable. Keep these devices at least 10 ft away from the reader, With the Reader and power supply wired together, apply power to the reader. CAUTION: 12VDC linear power supplies are recommended. Failure to provide an adequate current capacity power supply will result in reduced read range or circuit damage. Read range will be reduced if located on metal surfaces or in the vicinity of metal objects or metal is installed nearby or the affect of switching power supplies, computer monitors, electrical and electronic equipment, motors and generators etc.