Bases

Analog

ASB – ANALOG SOUNDER BASE

ASB - ANALOG SOUNDER BASE

DESCRIPTION

The ASB Analog Sounder Base is designed for use with Hochiki analog style sensors models ALG-V, ALK-V, ALK-V2 AIE-EA, and ATG-EA. Each addressable base is to be connected to a Hochiki America Corporation DCP Signaling Line Circuit (SLC). The ASB provides an audible alarm in the immediate vicinity. Typical applications are use in hotels, apartments, and hospitals.

The ASB has a highly configurable programming algorithm that allows the user to setup groups of bases for synchronization of modulation tones. Each device has 16 states that are programmed with the desired output pattern to be used (e.g., “Temporal” or “March”) for each state.

STANDARD FEATURES

• Programmable evacuation codes – Continuous, March, ANSI Temporal patterns
• Base learns the sensor address and assumes an upper range address (128-254)
• Up to 127 sensors and 127 ASBs can be used on one SLC loop
• Can be alarmed or reset by zone or by individual address
• ASB SLC loop wire resistance = 50 ohms Max. (total SLC wire run length)
• High sound pressure level (85dB SPL at 10 feet)


ASB - ANALOG SOUNDER BASE

YBN-NSA-4

HSB-NSA-6

 

 

 

 

 

 

OPERATION

The YBN-NSA-4 and HSB-NSA-6 are designed specifically for use with the Hochiki NS Analog models AIE-EA Ionization Smoke Sensor, ALG-V Photoelectric Smoke Sensor and ATG-EA Heat Sensor.

The YBN-NSA-4 and HSB-NSA-6 common mounting bases allows for complete compatibility for all of the Hochiki NS Series Analog sensors. The bases are lightweight and very thin, providing a low profile once installed. The solder-less screw terminals enable quick and easy wiring connections.

ENGINEERING SPECIFICATIONS

The base shall permit direct interchange with the HOCHIKI America AIE-EA ionization type smoke sensor, ALG-V photoelectric smoke sensor, and the ATG-EA heat sensor. The sensitivity of the sensor shall be capable of being measured by the control panel.

The vandal-resistant, security locking feature shall be used in those areas as indicated on the drawing. The locking feature shall be optional and can be implemented when required.

It shall be possible to perform a functional test of the sensor without the need of generating smoke. The test method shall simulate the effects of products of combustion in the chamber to ensure testing of internal circuitry.

STANDARD FEATURES

• UL & ULC Listed
• Designed for use with all NS analog sensors.
• Available in 4 and 6 inch models.
• Contains a security locking tab for tamper protection.

Conventional

SBC – CONVENTIONAL SOUNDER BASE

SBC - CONVENTIONAL SOUNDER BASE

DESCRIPTION

The Models SBC Conventional Sounder Base Series are designed specifically for use with HOCHIKI NS conventional style smoke detectors Models SIJ-24
Ionization Smoke Detector, SLR-24V Photoelectric Smoke Detector and SLR-835 Wide Operating Voltage Photoelectric Smoke Detectors. The SBC Series will provide an audible evacuation signal (continuous or temporal Code) upon detector alarm. Easily configured to 12 or 24-volt applications through use of a dipswitch, the bases can also be configured to activate in individual, group, or global modes. The relay base model SBC-2R contains two sets of Form “C” Relay Contacts rated at 1 Amps @ 28VDC or 0.5 Amps @ 120VAC. All models come in 6” diameter size and are available in both bone and white colored plastic.

STANDARD FEATURES

• Wide operating voltage
• Selectable Evacuation Codes: continuous or temporal
• Three different configurations: individual, group, and global modes
• High sound pressure level (85 dB at 10 ft)
• Can be configured to satisfy a wide variety of applications
• Available with or without relay, 2 and 4 wire
configurations, and bone or white color


Conventional Detector Bases

SBC - CONVENTIONAL SOUNDER BASE

NS6 AND NS4 SERIES BASE

 

 

 

 

 

 

HSC- (X)R RELAY BASE & HSC- 4R 4 WIRE BASE

 

 

 

 

 

 

 

HSC- (X) L LATCHING LED BASE

 

 

 

 

 

 

The NS6 and NS4 Series is designed specifically for use with HOCHIKI Conventional Models SIJ-24 Ionization Smoke Detector, SLR-24V Photoelectric Smoke Detector, SLV-24, SLV-24N, SLV-24V Photoelectric Smoke Detectors, SLR-24H Photoelectric with Heat Smoke Detector, SLR-835 Photoelectric Smoke Detector, SLR-835H Photelectric Smoke Detector w/heat, or DCD-135/190 Fixed Temperature/Rate-of-Rise Heat Detector. The Base is an electronics free 6″ base featuring a plastic tamper-lock lug. Each base is equipped with a resistor. Refer to the chart (left) for additional specifications. The NS4 base is a 4″ version of the NS6 base.

Models HSC-224R, HSC-220R and the HSC-221R are designed specifically for use with the HOCHIKI Conventional Models SIJ-24, SLR-24V, SLR-24H, SLV-24, SLV-24N, SLV-24V, SLR-835, SLR-835H or DCD-135/190. The HSC-(X)R series is a 6″ base with two sets of Form “C” relay contacts.

Models HSC-224R, HSC-220R and the HSC-221R are also
approved for use with HOCHIKI previous Conventional Models SIH-24F, SLK-24F, SLK-24FH and the DFE 135/190.

The HSC-4R is designed specifically for 24 volt 4 wire applications using HOCHIKI Conventional Models SIJ-24, SLR-24V, SLR-24H, SLV-24, SLV-2N, SLV-24V, SLR-835, SLR-835H or DCD-135/190. The 6″ diameter base is current limited. Relay contact place a direct short circuit across the loop when the detector is actuated.

Model HSC-4R is also approved for use with previous HOCHIKI Conventional Models SIH-24F, SLK-24F, SLK-24FH and the DFE 135/190.

The HSC-4R12 is designed specifically for 12 volt 4 wire applications using HOCHIKI Conventional Models SLR-835, SLR-835H. The 6″ diameter base is current limited. Relay contact place a direct short circuit across the loop when the detector is actuated. Model HSC-4R12 is also approved for use with previous HOCHIKI Conventional Model SLK-835.

The HSC-L Base Series is designed specifically for use with the HOCHIKI Fixed Temperature Heat Detectors Models DFE-135/ 190. The HSC-L Series is a 6″ base featuring a current limiting resistor, latching annunciator output and a latching circuit so the alarm LED will remain lit until the control panel has been reset.