The VECP Series control panels are designed for the upgrade of existing fire alarm systems to add voice evacuation capability without replacing the FACP, as well as for new system.
VECP Series - Voice Evacuation Control Panels
Distributed Module Placement
Highly Survivable
Harding’s VECP Series includes the VECP-25 and VECP-50 voice evacuation control panels and the DVS-RM remote microphones. The VECP-25 provides 25 Watts of output power. The VECP-50 provides 50 Watts of output power. Both VECP controls have a built-in digital message unit, UL listed power supply, and a supervised microphone. The digital message unit includes 2 voice messages and 4 field selectable alert tones. VECP control panels provide four Class A or Class B supervised speaker circuits which are configurable for either 25 or 70.7Vrms speaker loop voltage.
- VECP-25
- VECP-50
- DVS-RM/P
- DVS-RM/B
Power Supply
AC Power 120 VAC, 60 Hz; 2A
DC Power 20.4 – 26.4 VDC regulated
50 Watt load 2.75 A max at 24 VDC
Standby 0.21 A
Battery Saver 80 mA
Alarm Activation Inputs
Primary 1, 4-position, Class A, reverse polarity (NAC); activates fire alarm message and tone; 10 – 30 VDC, 2 mA max.
Secondary 2-position, reverse polarity, end of NAC or last circuit device; 10 – 30 VDC, 5 mA max.
Auxiliary Message Inputs 2, normally-open (N.O.) dry contact; 5 mA max.; supervised; activate non-fire auxiliary message and tone
Gnd Fault Impedance 65 KOhm
AC/Power Supply Fault Activation causes system to enter battery saver mode
Auxiliary Audio Input Interface to telephone and paging systems; non-fire use only
Input Level 1 Vrms max
Impedance 10 KOhm
VECP Series control panels are extremely easy to add to an existing fire alarm system interfacing directly to any addressable or conventional FACP. Both models have two alarm inputs, one triggered by reverse polarity (NAC output) and one by supervised dry contact trigger. Additional features include a supervised integral microphone plus the option for remote supervised microphone; common alarm and fault relay outputs, an on-board switch for system test, and digital signal meters to display the power and voltage output on the speaker circuits.
- About
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Harding’s VECP Series includes the VECP-25 and VECP-50 voice evacuation control panels and the DVS-RM remote microphones. The VECP-25 provides 25 Watts of output power. The VECP-50 provides 50 Watts of output power. Both VECP controls have a built-in digital message unit, UL listed power supply, and a supervised microphone. The digital message unit includes 2 voice messages and 4 field selectable alert tones. VECP control panels provide four Class A or Class B supervised speaker circuits which are configurable for either 25 or 70.7Vrms speaker loop voltage.
- VECP-25
- VECP-50
- DVS-RM/P
- DVS-RM/B
- Data Sheet
- Specs
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Power Supply
AC Power 120 VAC, 60 Hz; 2A
DC Power 20.4 – 26.4 VDC regulated
50 Watt load 2.75 A max at 24 VDC
Standby 0.21 A
Battery Saver 80 mAAlarm Activation Inputs
Primary 1, 4-position, Class A, reverse polarity (NAC); activates fire alarm message and tone; 10 – 30 VDC, 2 mA max.
Secondary 2-position, reverse polarity, end of NAC or last circuit device; 10 – 30 VDC, 5 mA max.
Auxiliary Message Inputs 2, normally-open (N.O.) dry contact; 5 mA max.; supervised; activate non-fire auxiliary message and toneGnd Fault Impedance 65 KOhm
AC/Power Supply Fault Activation causes system to enter battery saver mode
Auxiliary Audio Input Interface to telephone and paging systems; non-fire use only
Input Level 1 Vrms max
Impedance 10 KOhm - Architects
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VECP Series control panels are extremely easy to add to an existing fire alarm system interfacing directly to any addressable or conventional FACP. Both models have two alarm inputs, one triggered by reverse polarity (NAC output) and one by supervised dry contact trigger. Additional features include a supervised integral microphone plus the option for remote supervised microphone; common alarm and fault relay outputs, an on-board switch for system test, and digital signal meters to display the power and voltage output on the speaker circuits.