1. Micro-Controller Based Design:
– Heat Detector utilizes advanced micro-controller technology for enhanced reliability and accuracy.
2. Fast and Reliable Response:
– Heat Detector detects heat build-up or rise in ambient temperature swiftly, providing a prompt and reliable response.
3. Factory Preset Temperature:
– Factory preset to customer-specified temperatures between 40°C to 210°C, ensuring suitability for diverse applications.
4. Auto-Reset Operation:
– Self-resetting capability after the temperature cools down, ensuring continuous monitoring without manual intervention.
5. Low Power Consumption:
– Consumes less than 3W, contributing to energy efficiency and cost-effectiveness.
6. Communication with GDS-416:
– Designed to seamlessly communicate with the GDS-416 system, facilitating integration into larger monitoring setups.
7. User-Friendly Operation:
– Plug-and-play functionality for easy installation and operation, with straightforward testing procedures.
8. Visual Display Indication:
– Equipped with four LEDs, including two for warning signals, one for power/health status, and one for communication status.
9. Dedicated Hooter cum Flasher Port:
– Provides a dedicated port for connecting a hooter cum flasher, enhancing the alarm notification system.
10. No Maintenance, No Calibration:
– Requires no regular maintenance or calibration, reducing the overall cost of ownership.

Technical Specifications:

1. Detection Technique:
– Fixed temperature, rate-compensated thermal heat detection for precise monitoring.
2. Rated Alarm Temperature:
– Adjustable between 40°C to 210°C, meeting specific customer requirements.
3. Auto-Reset:
– Automatically resets itself after the temperature cools down, ensuring continuous operation.
4. LED Indicators:
– Four LEDs for visual indications – two for warning, one for power/health, and one for communication status.
5. Response Time:
– Rapid response time of less than 60 seconds, minimizing potential delays in alerting.
6. Electrical Requirements:
– Operates on a supply voltage range of 18 to 36 VDC, typically 24 VDC, with low power consumption (<3W).
7. Wiring:
– Uses 1.5mm flexible or armored shielded cable for supply and output, with two pairs of black-white wires for Class A and Class B looping.
8. Output Signal:
– Provides potential-free Normally Open (NO) contact, with a maximum load capacity of 680 ohms.
– Communication supported through RS-485 MODBUS Protocol.
9. Mechanical Construction:
– Stainless steel sensing shell for durability.
– Aluminum LM6 enclosure, compact in size (254mmW x 257mmH x 97mmD), suitable for wall, stand, and pipe mounting.
10. Weight:
– Approximately 2kg for the body, ensuring easy installation and relocation.