HHR-4X66B Single-lane Kits - Table of Contents Table of Contents Topic Page Specifications Table of Contents Product Overview Wireless Encryption Cable Recommendations and Battery Safety What Is Included In The Kit HHR-8300 Board A Pin Layout HHR-8400 Board A and Board B Pin Layout HHR-8300 Wiring Diagram HHR-8400 Wiring Diagram LED Functions...
HHR-4X66B Single-Lane Kits - Overview The Cypress Handheld Reader System with OSDP Secure Channel protocol: A wireless handheld credential reader which interfaces with the access controller through the reader's matched Base Unit, using an encrypted wireless link. The Handheld Reader is a portable proximity card reader that connects wirelessly to the access control panel. The Base Unit connects to the access control panel similar to a standard Wiegand reader and the access control panel validates the credentials.
HHR-4X66B Single-lane Kits - Wireless Encryption Wireless Communication The wireless radios in the HHR-4000 readers and base units use the IEEE 802.15.4 standard for mesh networking. The HHR readers and base units form ad-hoc mesh networks, which do not require additional external infrastructure (such as WLAN) to function.
HHR-4X66B Single-lane Kits - Cable Recommendations and Battery Safety Unpacking • Remove packaging from units and check interior of Base Unit for any shipping damage. • Inventory any included parts (depending on model), shown below. • Locate any terminal connectors, manuals / quick-starts, and warranty information. Cable Recommendations PVC - Belden 9942 or 8777 - 22 AWG 3 Pair Shielded, 250 feet max ...
HHR-4X66B Single-lane Kits - What Is Included In The Kit HHR-4166B (Kit with 1 reader and single-lane base) HHR-8066B Single-lane Reader x1 HHR-8300 Single-lane Base x1 HHR-DOCK Charging Dock x1 HHR-RCHL Wall Plug Charger x1 HHR-BOOT Protective boot for reader with removable, breakway shoulder strap x1 HHR-4266B (Kit with 2 readers and dual-lane base) HHR-8066B Single-lane Reader x2 HHR-8400 Dual-lane Base x1...
HHR-4X66B Single-lane Kits - LED Functions HHR-8066B-GY Single-lane Reader Red LED Green LED Blue LED Handheld Reader LED Functions • Red LED (top left - access denied) • Flashing red indicates access denied (negative acknowledge) • Blue LED (top center - power & communication status) •...
HHR-4X66B Single-lane Kits - Button Functions HHR-8066B-GY Single-lane Reader Vend Button Power Button Handheld Reader Button Functions • Power Button: When pressed, this button will power the handheld reader on or off. This button is a non-tactile button. The Red LED (top left) will be solid red when the Handheld Reader is powered on. •...
HHR-4X66B Single-lane Kits - Reading Credentials Reading Credentials To read a credential, present it to the read area around the “bullseye” on the face of the reader. Credential Read Area When the credential is read by the HHR-8066B the red and green LEDs will flash once and the reader will emit a medium pitch beep.
HHR-4X66B Single-lane Kits - Access Granted / Access Denied Responses Access Granted Response The Access Granted Response is controlled by the LED In pin on the Base Unit. When the LED In pin is an active low digital input. Its normal state is 5V and its active state is 0V. There is a 5 second window after a credential has been read by the reader that the Access Granted Response signal is acknowledged by the HHR reader.
HHR-4X66B Single-lane Kits - Using the Vend Button The Vend button on the IN Reader is used to operate Relay 3 on Board A while the Vend button on the OUT Reader is used to operate Relay 3 on Board B. Common applications for the Vend Button are allowing the Reader operator to manually open a gate or trigger a duress alarm.
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HHR-4X66B Single-lane Kits - Using the Vend Button (continued) Board A 1 8 - 16VDC 2 Ground Relay 4 N.O. 1 Relay 4 COM 2 Status LED Relay 4 N.C. 3 Relay 3 N.O. 4 1 EXP(+) Relay 3 COM 5 2 EXP(-) Realy 3 N.C.
HHR-4X66B Single-lane Kits - HHR-4166B Bench Testing Bench Test Setup 1. Before installing the Base Unit and Handheld Reader in the field, they should be tested at a convenient bench top location. This will make it easier to troubleshoot potential issues. 2.
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HHR-4X66B Single-lane Kits - HHR-4256B Bench Test Setup Bench Test Setup 1. Before installing the Base Unit and Handheld Reader in the field, they should be tested at a convenient bench top location. This will make it easier to troubleshoot potential issues. 2.
HHR-4X66B Single-lane Kits - HHR-4266B Bench Testing Bench Testing Steps The HHR-4266B kit has two readers, go through steps 1-8 for each reader. One reader is set to IN mode and the other reader is set to OUT mode. The reader set to IN mode is controlled by Board A, the reader set to OUT mode is controlled by Board B.
Base Unit at least 2 inches (5 cm) from the metal surface. 4. The Base Unit must be mounted in the upright position. When correctly oriented, the “Cypress” sticker can be clearly read and the enclosure door will open to the left.
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HHR-4X66B Single-lane Kits - Field Installation (cont.) 6. Install a grommet on the bottom of the enclosure using the preformed divot as a guide for the drill bit (see diagram, below). 4.65 8.15 1.55 2.99 All dimensions shown are in inches. 1.90 1.45 7.
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HHR-4X66B Single-lane Kits - Field Installation (cont.) C. Connecting the HHR-8300 Base Unit to the access controller 1. To connect the Base Unit to the access controller, 1 Wiegand port must be available. 2. Connecting Board A to the access controller: a.
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HHR-4X66B Single-lane Kits - Field Installation (cont.) D. Testing the Handheld Reader-to-Base Unit connection (HHR-8300) 1. Power on the reader. The blue LED will be on and solid when the reader is powered on. The blue LED will changed to flashing when the reader is communicating with the Base Unit. 2.
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HHR-4X66B Single-lane Kits - Field Installation (cont.) F. Testing the Handheld Reader-to-Base Unit connection (HHR-8400) The HHR-4266B kit has two readers, go through steps 1-8 for each reader. One reader is set to IN mode and the other reader is set to OUT mode. The reader set to IN mode is controlled by Board A, the reader set to OUT mode is controlled by Board B.
HHR-4X66B Single-lane Kits - Battery Life, Charging, and Protective Boot (cont.) Charging The HHR-8066B can be used for 8 hours before needing to be charged. The HHR-8066B requires 4 hours to be fully charged. To charge the HHR-8066B reader, set up the HHR-RCHL charger and HHR-DOCK charging dock. Plug the HHR-RCHL into a wall outlet and then plug the HHR-RCHL’s barrel plug into the back of the HHR-DOCK.
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HHR-4X66B Single-lane Kits - Battery Life, Charging, and Protective Boot (cont.) Removing the BOOT for charging The HHR reader must be removed from the boot in order to be placed in the charging dock. To remove the boot from the HHR reader, push the top corners of the boot up and over the top corners of the reader, then pull the exposed reader out of the boot.
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HHR-4X66B Single-lane Kits - Battery Life, Charging, and Protective Boot (cont.) The pictures below show the charging port on the HHR-DOCK that the barrel plug on the HHR-RCHL charger plugs into. The picture below shows the complete charging set up. The HHR-RCHL charger is plugged into an outlet and connected to the HHR-DOCK;...
HHR-4X66B Single-lane Kits - Troubleshooting Reader to Base Communication Troubleshooting: The blue LED on the HHR-8066B reader shows the communication status between the reader and the HHR-8300/ HHR-8400 Base Unit. When the Blue LED is solid, the reader is not communicating with the Base Unit. When the Blue LED is flashing, the reader is communicating with the Base Unit.
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HHR-4X66B Single-lane Kits - Troubleshooting (cont.) Access Granted Response The Access Granted Response is controlled by the LED In pin. The LED In pin is a digital I/O pin that is normal at 5V and active at 0V. The Access Granted Response can only be activated within 5 seconds of a credential being presented to the reader.
HHR-4X66B Single-lane Kits - Installing External Pull-up Resistors External pull-up resistors are used to pull up the voltage of damaged digital I/O pins to 5V, if the pin has been damaged and is between 1.0V and 4.4V. Through-hole resistors with values between 1k and 2.7k Ohms can be used. The higher the resistor value, the stronger the pull-up effect.
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