DSC HS2016-HS2032-HS2064-HS2128 - Battery Standby Calculation Chart - Eng - R001

The enclosed battery calculation charts are for use with the following models HS2016 HS2032 HS2064 HS2128 this document in conjunction with the PowerSeries Neo Reference Manual available online from the DSC website at www dsc com Neo v1.1 Standby Battery Calculation Charts Controller Battery Capacity Calculation calculate the minimum battery size perform the following steps Using Table 1 1 identify the type of installation Refer to Table 1 2 Using the table calculate standby current Calculate alarm current Calculate the battery capacity required Refer to Table 1 2 again to confirm the required battery size 1 1 Agency requirements by installation type Resi Burg ULC Resi Resi Fire UL Home Health Care ULC Resi Fire ULC Burg II Fire Monitoring 2x7Ah in parallel 2x7Ah in parallel hours minutes hours hours minutes 4 min UL resi fire 5 min Home Health Care and ULC 400mA Fire 700mA hours minutes Alarm Transmission 700mA hours 700mA Time Time with high current battery charge option enabled 982 bit 1 Selection Chart the battery capacity B and use the following table to determine the battery required to support the main panel in standby mode for 4 hours UL commercial burglary residential burglary 12 hours EN50131 24 hours UL ULC residential fire ULC commercial burglary ULC commercial fire monitoring no bell load allowed INCERT Belgium or 36 hours NFA2P France battery size is measured in amp hours Ah The current values in the table denote the maximum current draw permitted to achieve the desired time with the listed battery types 1 2 Standby Battery Guide Size Standby Time use 2 x 7Ah batteries in parallel UL ULC only Battery capacity deteriorates with age and the number of charge discharge cycles Replace every 3 5 years the following chart to find A complete the following formula to find the battery capacity B and Table 1 2 standby current mA A x Standby time hours Alarm current x Alarm time hours Ah B CORBUS AUX PCLINK PGM outputs are all shared Total standby current must not exceed 700mA In the following list below if x 9 the operates in 912 919MHz 4 the system operates in 433MHz band or 8 the system operates in 868MHz band This current must be added to total Corbus current See manufacturer s specifications for the current draw of each device Neo v1.1 Standby Battery Calculation Charts mA Standby mA required for connected devices current of HSM2108 100mA max current of HSM2208 250mA max 50mA max 300mA max 50mA max 50mA max Devices 2 3G208 R TL2803G R TL280 R PCLINK Standby 700 mA max add above currents units draw current from the Corbus to power devices external to the module For HSM2955 current draw refer to HSM2955 installation Neo v1.1 Standby Battery Calculation Charts Aux Output Calculation calculate the minimum battery size complete the following table to find A complete the following formula to find B and refer to Battery Selection on page 4 current mA A x Standby time hours Total current A x Alarm time hours Ah B In the following list below if x 9 the system operates in 912 919MHz 4 the system operates in 433MHz band or 8 the system operates in band These units draw current from the Corbus to power devices external to the module This current must be added to the total Corbus current See specifications for the current draw of each device For HSM2955 current draw refer to HSM2955 installation manual mA Standby mA required for connected devices current of HSM2108 100mA current of HSM2208 250mA 3 sirens and etc PCLINK Standby for max mA see following table Resi Burg Resi Burg 2 1 HSM2300 2204 Ratings Aux Current Resi Fire UL Home Health ULC Resi Fire ULC Com when used with a hardwired transformer in an box PC4050CR red transformer mounted inside Power UC1 Fire Monitoring Grade 2 Class II Neo v1.1 Standby Battery Calculation Charts hours Time Time 40VA plug in type PTC1640U USA PTC1640CG 2x7Ah in parallel listed 16.5V 37VA Hardwired inside the enclosure or outside using electrical 2x7Ah in parallel hardwired type inside the cabinet hours minutes hours minutes hours min UL resi fire 5 min Home Care and ULC Resi Fire 700mA hours minutes Alarm Transmission only 400mA current Selection Chart calculating the battery capacity B for each specific installation use the following table to determine the battery required to support the main panel standby mode for 700mA 700mA 4 hours UL commercial burglary residential burglary 12 hours EN50131 24 hours UL ULC residential fire ULC commercial burglary ULC commercial fire monitoring no bell load allowed INCERT Belgium or 36 hours NFA2P France battery size is measured in amp hours Ah The current values in the table denote the maximum current draw permitted to achieve the desired time with the listed battery types 2 2 Standby Battery Guide Size Standby Time 2 x 7Ah batteries connected parallel UL ULC installations use 2 x 7Ah batteries connected in parallel UL ULC installations only Battery capacity deteriorates with age and the number of charge discharge cycles Replace every 3 5 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