background image

Page   of 

9

16

C.  Connecting the Base Unit to the access control panel

1. To properly connect Base Unit to control panel, 2 separate Wiegand ports must be available on the 

panel. 

2. On the HHR-6300 base, connect Data 0, Data 1, common ground, and LED Input to one of the available 

Wiegand ports. 

3. To power the Base Unit, connect an 8-16Vdc power supply, with a minimum of 300mA of current rating. 

D.  Testing the Handheld Reader-to-Base Unit connection

1. Be sure the Handheld Reader has been charged for at least 4 hours prior to testing. 
2. Press the Power button on the Handheld Reader. Press the “In” gate selection button to test whether the 

Reader is communicating with the Base Unit. The Reader's Red LED will illuminate, and its Blue LED 
will blink continuously when the Reader is communicating with the Base Unit. The LED on Base Unit 
will also flash green. 

3. To simulate a valid badge read, temporarily connect a wire to the “LED In” and to a ground pin on the 

Base Unit. While it is connected, the Handheld Reader’s Green LED will be lit and the vibrate motor 
will be active. 

4. To test the Handheld Reader’s relay control, press the Relay Control (Vend) button. The Reader will 

briefly vibrate and the Base Unit will emit an audible click. Relay activity can also be tested with a 
voltage meter set to continuity mode. Refer to relay voltage rating in the Specifications Table on pg. 
3. 

5. Test with a valid badge by presenting the badge to the Handheld Reader. If all connections to the panel 

are made correctly, the Reader’s Green LED will illuminate and the Reader will vibrate. 

Note: 

If there is no direct line of sight, if obstacles are present, or if additional distance is needed between 

the Base Unit and Handheld Reader, a Cypress Repeater unit is recommended. See pg. 16.

Summary of Contents for HHR-3162-GY

Page 1: ...dheld Wireless Reader Kit with Single Wiegand Output Product Manual Cypress Integration Solutions 35 Years of Access Control Ingenuity CypressIntegration com 2020 Cypress Computer Systems 1778 Imlay City Road Lapeer MI 48446 800 807 2977 ...

Page 2: ... GY HHR DOCK WH Charging Dock HHR 3168 GY gray UPC 816684001512 HHR 3168 WH white UPC 816684001529 ISO14443A B ISO15693 FeliCa IDm MIFARE Classic MIFARE DESFire 0 6 MIFARE DESFire EV1 HID iCLASS Standard SE SR Seos PIV II Secure Identity Object SIO HHR 9068 GY HHR 9068 WH Portable Wireless RFID Card Reader HHR 6300 Wireless Base Unit Panel Interface HHR RCHL Charger HHR DOCK GY HHR DOCK WH Chargin...

Page 3: ... Spectrum DSSS Transmit Power 15 dBm Receiver Sensitivity 103 dBm 1 PER 250Kbps Modulation O QPSK Agency Approvals FCC Part 15 247 FCC ID U90 SM220 Industry Canada IC 7084A SM220 CE Certified Certified to EN300 328 Version 1 8 1 Security Encryption AES encryption upon request export restrictions may apply Wireless range Indoor 150 feet 45 meters Typical Range Outdoor 500 feet 150 meters Typical Ra...

Page 4: ...y Information 5 Bench Testing 6 System Overview 6 Field Installation and Testing 7 LED Indicators 10 Base Unit Pin Layout 11 Base Unit and Access Control Panel Interface Wiring Diagram 12 Addendum Handheld Reader Channel and Address Programming 13 Channel and Address Programming Card Images 14 Addendum Reconfiguring the Base Unit Radio 15 Addendum Using the Handheld Wireless Reader System with a C...

Page 5: ...o use the proper charger may cause a fire which could result in personal injury and property damage Never charge batteries unattended When charging LiPo Li ion batteries batteries should constantly be observed to monitor the charging process to ensure batteries are being charged properly and to respond to potential problems which may occur Some LiPo Li ion chargers on the market may have technical...

Page 6: ...ess the Power button on the Handheld Reader The Reader s Red LED will illuminate when powered on and its Blue LED will blink continuously when the Reader is communicating with the Base Unit The LED on the Base Unit s board will also flash green 4 Test a simulated valid badge read Temporarily connect a wire to the LED In and to a ground pin on the Base Unit s Board While it is connected the Handhel...

Page 7: ...e mounted at least 10 above the ground outdoors or 5 6 above the floor indoors and should not be mounted directly above the area where Handheld Readers will be used If obstacles are present vehicles trains buildings trees etc choose a location high enough to avoid interference 3 A non metal mounting surface is recommended for the Base Unit metal surfaces reduce the effective range between the Base...

Page 8: ...least 1 25 inches Place the wall anchors into the newly drilled holes b If NOT using wall anchors Following the hole pattern shown above use a 7 64 inch drill bit to drill holes into the surface with a depth of at least 1 25 inches 8 Use a Phillips screwdriver to mount the enclosure to the surface using the four 8 x 1 inch screws included with the enclosure See diagram on page 9 9 Use a Phillips s...

Page 9: ...nicating with the Base Unit The LED on Base Unit will also flash green 3 To simulate a valid badge read temporarily connect a wire to the LED In and to a ground pin on the Base Unit While it is connected the Handheld Reader s Green LED will be lit and the vibrate motor will be active 4 To test the Handheld Reader s relay control press the Relay Control Vend button The Reader will briefly vibrate a...

Page 10: ... has been sensed Blue LED top center communication status Blinks continuously Handheld Reader is communicating with Base Unit Not lit Reader is not communicating with the Base Unit Green LED top right card verification Illuminated Valid badge Reader should also vibrate Base Unit Diagnostic LEDs The Base Unit s board has a diagnostic LED located between the 2 pin and 8 pin header The diagnostic LED...

Page 11: ...Layout Ground EXP EXP 8 16VDC Input 5VDC Output Prog Res 2 Prog Res 1 LED Input D1 Data Output D0 Clock Output Relay 4 N O Relay 4 COM Relay 4 N C Relay 3 N O Relay 3 COM Relay 3 N C Ground Aux Output Relay 2 Input Relay 1 Input ...

Page 12: ...erface 8 to 16 VDC Ground exp exp 5V Out P R 4 P R 3 LED In D1 Data Out D0 Clock Out Relay 4 N O Relay 4 Com Relay 4 N C Relay 3 N O Relay 3 Com Relay 3 N C Ground Aux Output Relay 2 Input Relay 1 Input DC Power Supply Power Ground Access Control Panel ...

Page 13: ... that it is not communicating with the Base Unit 3 Present the desired channel programming card for a few seconds 4 The Red LED will not wink when reading the programming cards unlike when reading credentials 5 The Blue LED should start blinking indicating that it is communicating with the Base Unit Change the address of the Handheld Reader For Handheld Readers with the built in In Out Gate Select...

Page 14: ...Page of 14 16 Address Programming Cards Channel Programming Cards ...

Page 15: ...l Signal Strength Meter N o S i g n a l 9 0 d b m t o 8 0 d b m 8 0 d b m t o 6 0 d b m 6 0 d b m t o 4 0 d b m 4 0 d b m t o 2 0 d b m 2 0 d b m t o 0 d b m Link Quality Energy The signal strength of the last received transmission from a device with the same network ID The ambient RF energy of the selected channel regardless of network ID Changing the Handheld Reader display outputs When DIP swit...

Page 16: ...e should be a clear line of sight between the Repeater and both units Mount the Repeater at the same height at which the Base Unit is mounted preferably on a non metal surface Connect a power supply to the Repeater Once the Repeater has power the status LED on the main board will stay solid green The Repeater will now repeat any signals received from the Handheld Reader and Base Unit If communicat...

Reviews: