Honeywell Power Supply HP40ULACM4CB User Manual

Honeywell  
12 Clintonville Road  
Northford, CT 06472-1610  
•HP400ULACM4CB •HP400ULACM8CB  
Access Control Power Supply/Charger with Controller  
PN 52898:A 4/05/06 ECN 06-221  
Product Installation Document  
This product follows under the UL1481 Fire Alarm Systems, UL603 Burglary Alarm Systems and UL294 Access Control  
Systems. The HP400ULACM4 and HP400ULACM8 units are to be installed in a fail safe mode unless authorized by the  
local AHJ. This product must be installed in compliance with Article 760 of the National Electrical Code, NFPA70, as  
well as NAPA72 National Fire Alarm Code and all applicable local codes.  
1 Description  
The HP400ULACM4 and the HP400ULACM8 are 12VDC or 24VDC power supplies with HPACM4/8 access power  
controllers to be used with Card Access Systems. They provide 12/24VDC through 4 or 8 independently controlled  
power-limited PTC protected outputs. They accept inputs from open collector sink or Normally Open (NO) dry contacts  
from UL listed security devices such as keypads, card readers, access control systems, PIR’s and Push Button Delays.  
Outputs from the HPACM4 and HPACM8 can switch power on or off at 12 or 24VAC/DC. Each output can be configured  
to respond to FACP input. The outputs can also be individually selected as isolated dry contacts (Form “C” configuration).  
The HPACM4 and HPACM8 can be configured for common power, which means the same supply drives both output  
power and control board power or alternatively, dual power input, which separates control board and output power. These  
units have not been evaluated for elevator equipment and are not authorized for bell output in Mercantile applications.  
2 Specifications  
A) Power Supply Board  
1. Input voltage: 120VAC 60Hz; Current: 2.50A max.  
2. Output Voltage: 12VDC or 24VDC, jumper selectable; Current: 4.0A continuous output maximum, 3.5A plus battery  
charger (DC output not supervised).  
3. Fail safe dry contact output on AC Failure (within one minute).  
4. Built-in charger for sealed lead acid or gel cell type batteries.  
5. Instantaneous transfer to stand-by battery on AC failure.  
6. Battery presence detection (within 1 minute).  
7. Battery low disconnect at 9.90VDC or 19.90VDC.  
8. High voltage disconnect at 15VDC or 30VDC.  
9. Yellow LED (L3) indication for battery disconnected and battery low.  
10. Fail safe dry contact output for Battery trouble (Fail Safe).  
11. Battery polarity reversal protection.  
12. Thermal overload and short circuit protection.  
13. DC output PTC activated indication by Red LED (L2).  
14. DC output failure indication by Red LED ( L4 ).  
15. AC presence indication by Green LED ( L1 ).  
16. DC output indication by Red LED ( L5 ).  
17. Battery Leads included.  
18. Power Board Dimensions: 6.2”L x 4.7”W x 2.5”H.  
19. Enclosure Dimension: 17”L x 13.5”W x 4.75”H. Accommodates two 12 Volt 12AH batteries. When using  
larger batteries, a UL approved enclosure must be used.  
B) Access Power Controller Board  
1. Input  
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a) For Open Collector activations connect the open collector to the “IN” terminal and negative to the “GND”  
terminal.  
b) For dry contact activation connect NO to “IN” terminal and C to “GND” terminal.  
4. Output Connections  
There are (4 or 8) individually configurable outputs possible: Switched Normally Open (NO), Switched Normally Closed  
(NC), Switched Isolated (“Form C”) dry contacts and Un-switched continuous power output:  
a) Switched Normally Open (NO) / Switched Normally Closed (NC) - Connect the negative (-) lead of the device  
to the “COM” terminal. Connect the positive (+) lead of the device to the “NC” terminal for Fail Safe operation or to  
the “NO” terminal for Fail Secure operation.  
b) Switched Isolated Form “C” dry contacts - Connect the negative (-) of the auxiliary power supply directly to the  
device, connect the (+) lead of the auxiliary power supply to the “C” terminal. Connect the positive (+) of the device  
to “NC” terminal for Fail Safe operation. Connect the positive (+) of the device to the “NO” terminal for Fail Secure  
operation. To program this feature the relevant output jumper (J1 to J4/J8) must be removed.  
c) Un-switched continuous power output - Connect the positive (+)of the device to the “C” terminal and the  
negative(-) to the “COM” terminal. In this configuration, fused power output is delivered to the devices not intended  
to be affected by the Controller Board.  
d) FACP input programming - To have relay activation follow FACP input place the dip switch corresponding to  
the desired relay to the “OFF” position. In the “ON” position, the relay will not be affected by FACP input  
5. Fire Alarm Interface  
Normally Open (NO), Normally Closed (NC) input or polarity reversal (R/POL) input from the FACP are available to  
trigger the HPACM4 and HPACM8 operation. Connect the positive (+) and negative (-) from the FACP to the “R/POL”  
terminals observing polarity, (polarity is referenced in alarm condition) or connect the NO or NC from the FACP output to  
the “FIRE INTRFC” terminals. Install the 2.2K Ohm (EOL) resistor provided at the FACP as shown in Fig 1 to supervise  
this connection.  
6. Engineering Reset Input  
This option is available when the jumper JL is removed. This will cause the HPACM4 and HPACM8 to latch upon  
receiving an alarm condition from the FACP. With this option in place and when the FACP resets, the unit will only reset  
by activating the “RESET” circuit.  
a) JL ON will cause the unit to follow the status of the FACP. Connect 2.2K Ohm resistor to the “RESET” terminals.  
b) JL OFF will cause the unit to latch ON until manually reset. Install the 2.2K Ohm (EOL) resistor provided at a  
Key Switch or Push Button to perform this manual reset operation and to supervise this connection as shown in Fig 1.  
7. Alarm/Trouble Output  
a) TRBL: When DC Power fails or PTC activates this will cause the dry contact “Form C” relay to de-energize.  
b) FACP: When the FACP activates this will cause the dry contact “Form C” relay to de-energize.  
8. Cascade Connection  
Two (2) or more HPACM4 or HPACM8 units can be connected together as follows; Connect the FACP relay C and NC  
terminals from the 1st unit to the “FIRE INPUT” of the 2nd unit (not polarity sensitive) and remove jumper JR of the 1st  
unit. If a 3rd HPACM4 or HPACM8 is used, JR must be removed from 2nd unit and so on for each new addition. See Fig.  
1a.  
9. Power Board Connections  
Connect the “AC Fail” output “Form C” dry contacts to the monitoring device. In case of AC loss the relay, which is Fail  
Safe, will de-energize within one (1) minute. Connect the Battery Fail output “Form C” dry contacts to the monitoring  
device. If a Battery is not connected or improperly connected, the Yellow LED (L3) will turn ON within one (1) minute  
and the Battery Fail output relay, which is Fail Safe, will de-energize.  
10. Power Up  
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When all wiring is complete and checked, switch ON the AC Power. The Green Led (L1) will come ON indicating AC  
presence and the AC relay will be energized. Connect Battery observing the correct polarity. For 24VDC use the battery  
link provided to connect the two (2) 12 Volt Batteries in series. Secure the enclosure with the 4 screws and with the Key  
Lock provided.  
NOTE: For UL603 or UL294 applications use a Tamper Switch (Catalog number HPVM3 available separately), and  
included enclosure key lock. Connect the tamper switch NC outputs to monitoring device to notify of enclosure tampering.  
WARNING: To reduce risk of electric shock, do not expose unit to rain or excess moisture, and disconnect  
power before servicing unit.  
!
For continuous protection against hazard, replace fuses only with exact type and rating. A readily accessible  
switched circuit breaker must be available to disconnect main power as required. All 120V wiring should be routed  
so that it cannot touch 24V wiring; minimum spacing 3/8” (0.953mm). Installation and servicing should only be  
made by qualified personnel; contains no user-serviceable parts. Install in accordance with all local regulations  
and the National Electrical Code.  
4 LED Indication  
LED Number  
Power Board (status when lit)  
Green LED - AC present  
L1  
L2  
L3  
L4  
L5  
Red LED - PTC activated  
Battery low or disconnected  
Red LED - DC power failure  
Red LED - DC output present  
LED Number  
L1 - L4  
Distribution Board (staus when lit)  
Red LED - Relay enerized  
L10  
Green LED - FACP alarm activated  
Yellow LED - PTC activated  
L11 - L14  
5 Maintenance  
This unit should be tested at least once a year to verify correct operation in accordance with the following  
recommendations;  
Output Voltage Test - Voltage output should be tested under normal load conditions to verify correct levels.  
Battery Test - Battery should be checked for full charge under normal load conditions. This check should verify correct  
voltage at both battery terminals and also at the Battery output point on the board to ensure the integrity of all connecting  
wiring. It is recommended to replace the battery at least every 4 years.  
LED Test (Distribution Board only) – Verify yellow LED operation by pushing LED test button. All yellow LED’s  
should illuminate.  
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6 Battery Stand-By Mode Specification Charts  
Output Battery  
Capacity  
4Hr Stand-By  
15Mins/ALRM  
24Hr Stand-By  
15Mins/ALRM  
60Hr Stand-By  
5Mins/ALRM  
STBY/ALRM  
STBY  
ALRM  
STBY  
ALRM  
STBY  
ALRM  
STBY  
ALRM  
STBY  
ALRM  
STBY  
ALRM  
2.00A  
3.50A  
2.00A  
3.50A  
3.50A  
3.50A  
2.00A  
3.50A  
2.00A  
3.50A  
3.50A  
3.50A  
N/A  
N/A  
N/A  
N/A  
12Ah-12V  
17Ah-12V  
55Ah-12V  
12Ah-24V  
17Ah-24V  
55Ah-24V  
UL Listing  
200mA  
2.00A  
1.50A  
3.50A  
N/A  
N/A  
N/A  
300mA  
3.50A  
N/A  
N/A  
N/A  
200mA  
2.00A  
1.50A  
3.50A  
N/A  
N/A  
300mA  
3.50A  
UL294  
UL603  
UL1481  
UL294  
UL603  
UL1481  
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For additional information:  
• Contact Technical Support at 1(877) HPP-POWR  
• E-mail us at [email protected]  
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Notes  
10  
HP400ULACM4/8CB Installation Document P/N 52898:A 4/05/06  
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