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HHR-4X66 Single-lane Kits - Field Installation 

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F. Testing the Handheld Reader-to-Base Unit connection (HHR-8400) 

The HHR-4266 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. Typically, the reader serial numbers are sequential. The reader will the lower serial number is set 
to IN mode, and the reader with the higher serial number is set to OUT mode. 

1. Power on the IN 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. Present a valid credential to the reader. The red and green LEDs will flash once, indicating the credential has been 

read. Verify that the access controller has received the read on the Wiegand port Board A is connected to. Observe 
the Access Granted Response; the green LED will be flashing, the reader will vibrate, and the reader will emit a high 
pitched tone. The Access Granted Response will last as long as the LED In pin on Board A is activated. 

3. Present an invalid credential to the reader. The red and green LEDs will flash once, indicating the credential has 

been read. Verify that the access controller has received the read on the Wiegand port Board A is connected to. 
Observe the Access Denied Response; the red LED will be flashing, the reader will vibrate in a pulsing pattern, and 
the reader will emit a low pitched tone. The Access Denied Response will last as long as the Relay 1 In pin on Board 
A is activated. 

4. Press and release the Vend button. Verify that Relay 3 on Board A has changed state. Observe that the duress 

alarm activates, the door/gate opens, etc. A volt meter in continuity mode can also be used determine the state of 
the relay. When the Vend Button is pressed, there will be continuity between Relay 3 COM and Relay 3 N.O. for as 
long as the Vend Button is held down.

5. Power on the OUT reader.  The blue LED should still be flashing, indicating the reader is communicating with the 

Base Unit.

6. Present a valid credential to the reader. The red and green LEDs will flash once, indicating the credential has been 

read. Verify that the access controller has received the read on the Wiegand port Board B is connected to. Observe 
the Access Granted Response; the green LED will be flashing, the reader will vibrate, and the reader will emit a high 
pitched tone. The Access Granted Response will last as long as the LED In pin on Board B is activated.

7. Present an invalid credential to the reader. The red and green LEDs will flash once, indicating the credential has 

been read. Verify that the access controller has received the read on the Wiegand port Board B is connected to. 
Observe the Access Denied Response; the red LED will be flashing, the reader will vibrate in a pulsing pattern, and 
the reader will emit a low pitched tone. The Access Denied Response will last as long as the Relay 1 In pin on Board 
B is activated.

8. Press and release the Vend button. Verify that Relay 3 on the Board B has changed state. Observe that the duress 

alarm activates, the door, gate, or other equipment. A volt meter in continuity mode can also be used determine the 
state of the relay. When the Vend Button is pressed, there will be continuity between Relay 3 COM and Relay 3 N.O. 
for as long as the Vend Button is held down.

Summary of Contents for HHR-4000

Page 1: ...ars of Access Control Ingenuity CypressIntegration com 2021 Cypress Computer Systems 1778 Imlay City Road Lapeer MI 48446 800 807 2977 HHR 4000_Single_210920 Kit Part Numbers 1 Reader Single lane kit...

Page 2: ...ing Dock Input 100 240 Vac 1A 50 60Hz Max Relays Max Switching 220Vdc 30W resistive 1A 250Vac 37 5VA 1A Running Spec with load 30Vdc 1A resistive 125 Vac 0 3A resistive 1x105 operations 20 C Credentia...

Page 3: ...oard A and Board B Pin Layout 9 HHR 8300 Wiring Diagram 10 HHR 8400 Wiring Diagram 11 LED Functions 12 Button Functions 13 Reading Credentials 14 Access Granted Access Denied Responses 15 Using the Ve...

Page 4: ...network and no two identically received messages are accepted Handheld Reader Authentication State Linked to Authentication Attempt No message from the base station or from an attacker can cause the...

Page 5: ...ion key HHR 8300 HHR 8400 Base 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...

Page 6: ...r rate It is your responsibility to ensure the charger you purchased works properly If at any time a battery begins to heat smoke swell or balloon immediately stop charging the battery and disconnect...

Page 7: ...Dock x1 HHR RCHL Wall Plug Charger x1 This kit has one HHR 8066 reader and the HHR 8300 single lane base HHR 4266 HHR 8066 Single lane Reader x2 HHR 8400 Dual lane Base x1 HHR DOCK Charging Dock x2 H...

Page 8: ...tches J1 Header J2 Header J3 Header Status Diagnostic LED 1 8 16VDC 2 Ground Status LED 1 EXP 2 EXP 3 5V Out 4 P R 2 5 P R 1 6 LED In 7 D1 D Out 8 D0 C Out Relay 4 N O 1 Relay 4 COM 2 Relay 4 N C 3 Re...

Page 9: ...Relay 1 In 10 Suprex Central 1 8 16VDC 2 Ground Status LED 1 EXP 2 EXP 3 5V Out 4 P R 2 5 P R 1 6 LED In 7 D1 D Out 8 D0 C Out Relay 4 N O 1 Relay 4 COM 2 Relay 4 N C 3 Relay 3 N O 4 Relay 3 COM 5 Rea...

Page 10: ...Panel N O COM Ground LED 2 Out LED 1 Out Data 1 Data 0 1 8 16VDC 2 Ground Status LED 1 EXP 2 EXP 3 5V Out 4 P R 2 5 P R 1 6 LED In 7 D1 D Out 8 D0 C Out Relay 4 N O 1 Relay 4 COM 2 Relay 4 N C 3 Rela...

Page 11: ...P R 2 5 P R 1 6 LED In 7 D1 D Out 8 D0 C Out Relay 4 N O 1 Relay 4 COM 2 Relay 4 N C 3 Relay 3 N O 4 Relay 3 COM 5 Realy 3 N C 6 RS 232 TxD 7 RS 232 RxD 8 Ground 9 Aux Out 10 Relay 2 In 11 Relay 1 In...

Page 12: ...knowledge Red LED and Green LED credential read indicator Red and Green LEDs fl ashing once indicates that a credential has been read by the HHR reader Base Unit Diagnostic LED Functions Board A and B...

Page 13: ...d when the Handheld Reader is powered on Vend Button Allows the user to operate a door or a gate or other equipment in the area This needs to be con fi gured by the installer When pressed Relay 3 on t...

Page 14: ...e red and green LEDs will fl ash once and the reader will emit a medium pitch beep When the HHR 8066 reader is communicating with the Base Unit indicated by the fl ashing blue LED the credential data...

Page 15: ...ted Response while the HHR reader is set to OUT Mode Access Denied Response The Access Denied Response is controlled by the Relay 1 In pin on the Base Unit When the Relay 1 In pin is an active low dig...

Page 16: ...y 3 on Board A is active continuity between Relay 3 Com and Relay 3 N O 1 8 16VDC 2 Ground Status LED 1 EXP 2 EXP 3 5V Out 4 P R 2 5 P R 1 6 LED In 7 D1 D Out 8 D0 C Out Relay 4 N O 1 Relay 4 COM 2 Re...

Page 17: ...Central 1 8 16VDC 2 Ground Status LED 1 EXP 2 EXP 3 5V Out 4 P R 2 5 P R 1 6 LED In 7 D1 D Out 8 D0 C Out Relay 4 N O 1 Relay 4 COM 2 Relay 4 N C 3 Relay 3 N O 4 Relay 3 COM 5 Realy 3 N C 6 RS 232 Tx...

Page 18: ...can supply 8 16Vdc 300mA Connect the power supply to the Board A in the HHR 8300 Bench Testing Steps 1 Power on the reader The blue LED will be on and solid when the reader is powered on The blue LED...

Page 19: ...one second when an invalid credential is received on this Wiegand port D Vend Feature Connect Relay 3 COM and Relay 3 N O normally open to the access controller This relay output can be used to contr...

Page 20: ...arm activates the door gate opens etc A volt meter in continuity mode can also be used determine the state of the relay When the Vend Button is pressed there will be continuity between Relay 3 COM and...

Page 21: ...nit Use a battery to power the Base Unit and test the wireless connection between Base Unit and the Handheld Reader in the desired operating area 2 The Base Unit should be mounted at least 10 feet 3 m...

Page 22: ...l bit to drill holes into the surface with a depth of at least 1 25 inches Place the wall anchors into the newly drilled holes b If not using wall anchors following the hole pattern in the diagram abo...

Page 23: ...t connected to the LED In pin is con fi gured to activate for at least one second when a valid credential is received on this Wiegand port c Access Denied Response Connect an active low digital output...

Page 24: ...ne Wiegand port on the access controller B Access Granted Response Connect an active low digital output to the LED In pin Alternatively a dry contact can be connected to the LED In pin and Ground Make...

Page 25: ...on Board A is activated 4 Press and release the Vend button Verify that Relay 3 on Board A has changed state Observe that the duress alarm activates the door gate opens etc A volt meter in continuity...

Page 26: ...HR 8066 reader uses a Lithium Polymer battery it is important that the HHR 8066 is charged only with the HHR RCHL see warning on page 6 The HHR RCHL has an LED indicator This LED will either display r...

Page 27: ...cont The two pictures below show the charging contacts on the HHR DOCK and HHR 8066 The HHR 8066 sits in the HHR DOCK and the charging contacts connect The pictures below show the charging port on the...

Page 28: ...66 Single lane Kits Battery Life and Charging cont The picture below shows the complete charging set up The HHR RCHL charger is plugged into an outlet and connected to the HHR DOCK and the HHR 8066 se...

Page 29: ...iegand Communication Troubleshooting Both Board A and Board B need to have proper Wiegand connections to the access controller Make sure Board A and Board B have a common ground connection with the ac...

Page 30: ...B when a valid credential is received If the connection to the access controllers is in place and working correctly the next step is to check is the idle voltage of the LED In pin The LED In pin idle...

Page 31: ...s 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 an...

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