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Product Description P/N:
Description
The Honeywell TC810N1013C is an addressable control module that provides a dedicated circuit for notification appliances in intelligent fire alarm systems. It enables precise activation of horns, strobes, speakers, and other devices based on programmed zones or manual commands.
Information About TC810N1013C
The TC810N1013C is part of Honeywell’s intelligent fire alarm accessory line, designed for integration with Honeywell fire alarm control panels. It provides addressable supervision and control of Notification Appliance Circuits (NACs), enabling precise activation of horns, strobes, and speakers on a zone-by-zone basis. The module combines reliable performance with low power consumption and flexible installation options, making it suitable for a wide range of commercial and institutional applications.
Key Features:
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Addressable operation: Each module has a unique address, allowing selective control through the panel for specific zones or devices.
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Supervised NAC output: Monitors wiring conditions and reports open, short, or normal states to the control panel.
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Wide voltage range: Operates from 15 V DC to 32 V DC, ensuring compatibility with various Honeywell systems.
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Low power consumption: Typical standby current is approximately 350 μA, minimizing load on the communication loop.
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External power support: Accepts regulated 24 V DC or amplified speaker output to drive connected notification appliances.
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High current capacity: Supports up to 3 A for Class B circuits and 2 A for Class A circuits.
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LED indication: Built-in LED flashes during polling and remains steady when activated.
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Compact installation: Fits a standard 4″ × 4″ electrical box (approx. 4.5″ × 4″ × 1.25″).
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Environmental durability: Operates from 32 °F to 120 °F (0 °C to 49 °C) with 10–93 % non-condensing humidity tolerance.
The TC810N1013C delivers reliable, addressable notification circuit control for intelligent Honeywell fire alarm systems, ensuring efficient power use, flexible configuration, and dependable performance in demanding environments.
Description
The Honeywell TC810N1013C is an addressable control module that provides a dedicated circuit for notification appliances in intelligent fire alarm systems. It enables precise activation of horns, strobes, speakers, and other devices based on programmed zones or manual commands.
Information About TC810N1013C
The TC810N1013C is part of Honeywell’s intelligent fire alarm accessory line, designed for integration with Honeywell fire alarm control panels. It provides addressable supervision and control of Notification Appliance Circuits (NACs), enabling precise activation of horns, strobes, and speakers on a zone-by-zone basis. The module combines reliable performance with low power consumption and flexible installation options, making it suitable for a wide range of commercial and institutional applications.
Key Features:
-
Addressable operation: Each module has a unique address, allowing selective control through the panel for specific zones or devices.
-
Supervised NAC output: Monitors wiring conditions and reports open, short, or normal states to the control panel.
-
Wide voltage range: Operates from 15 V DC to 32 V DC, ensuring compatibility with various Honeywell systems.
-
Low power consumption: Typical standby current is approximately 350 μA, minimizing load on the communication loop.
-
External power support: Accepts regulated 24 V DC or amplified speaker output to drive connected notification appliances.
-
High current capacity: Supports up to 3 A for Class B circuits and 2 A for Class A circuits.
-
LED indication: Built-in LED flashes during polling and remains steady when activated.
-
Compact installation: Fits a standard 4″ × 4″ electrical box (approx. 4.5″ × 4″ × 1.25″).
-
Environmental durability: Operates from 32 °F to 120 °F (0 °C to 49 °C) with 10–93 % non-condensing humidity tolerance.
The TC810N1013C delivers reliable, addressable notification circuit control for intelligent Honeywell fire alarm systems, ensuring efficient power use, flexible configuration, and dependable performance in demanding environments.