JTY-GD-G3/G3T Point Type Photoelectric Smoke Fire Detector: Comprehensive Guide for Industrial Automation
JTY-GD-G3/G3T Point Type Photoelectric Smoke Fire Detector
Advanced Fire Detection Solution for Industrial Automation and Building Safety Systems
Product Overview
The JTY-GD-G3/G3T is a professional-grade point type photoelectric smoke fire detector designed specifically for industrial automation applications and building safety systems. Manufactured by GST (Gulf Security Technology Ltd.), this detector represents the latest in fire detection technology with its advanced photoelectric sensing capabilities and robust construction suitable for demanding industrial environments.
Technical Specifications
| Parameter | Specification | Details |
|---|---|---|
| Model/Type | JTY-GD-G3 / G3T | Point Type Photoelectric Smoke Fire Detector |
| Operating Voltage | 24V DC | Bus 24V (DC12V ~ DC28V range) |
| Working Current | Monitoring: ≤ 0.8mA Alarm: ≤ 1.8mA | Low power consumption design |
| Brand | GST | Gulf Security Technology Ltd. |
| Part Number | JTY-GD-G3T | Standard industrial designation |
| Detection Type | Photoelectric | Advanced smoke particle detection |
| Standby Current | 0.8mA | Energy efficient operation |
| Alarm Current | 2mA | Reliable alarm signaling |
| Explosion Proof Rating | ExiaIICT5 | Suitable for hazardous environments |
Key Features & Benefits
Advanced Photoelectric Detection
Utilizes sophisticated photoelectric technology for early smoke detection, providing superior sensitivity to smoldering fires compared to traditional ionization detectors.
Low Power Consumption
With monitoring current ≤ 0.8mA and alarm current ≤ 1.8mA, this detector offers exceptional energy efficiency, making it ideal for large-scale industrial installations.
Industrial Grade Construction
Designed for harsh industrial environments with explosion-proof rating ExiaIICT5, ensuring reliable operation in potentially hazardous locations.
Easy Integration
Compatible with standard 24V DC industrial control systems and PLC networks, allowing seamless integration into existing automation infrastructure.
Applications in Industrial Automation
Primary Use Cases
- Manufacturing Facilities: Early fire detection in production areas, warehouses, and storage facilities
- Process Industries: Chemical plants, refineries, and pharmaceutical manufacturing
- Power Generation: Power plants, substations, and electrical rooms
- Commercial Buildings: Office complexes, shopping malls, and hotels
- Transportation Hubs: Airports, train stations, and logistics centers
PLC Integration Benefits
The JTY-GD-G3/G3T seamlessly integrates with PLC systems through its standard 24V DC interface, enabling:
- Real-time monitoring of detector status
- Automatic alarm verification and fault reporting
- Integration with building management systems (BMS)
- Centralized control and monitoring capabilities
- Historical data logging for maintenance planning
Frequently Asked Questions
Industry Trust & Certification
- Manufacturer Reputation: Produced by GST (Gulf Security Technology Ltd.), a leading manufacturer in fire safety technology
- Industry Standards: Complies with international fire detection standards and certifications
- Explosion Protection: ExiaIICT5 rating for hazardous environment applications
- Wide Adoption: Used in industrial facilities worldwide for reliable fire protection
- Technical Support: Backed by comprehensive technical documentation and manufacturer support
External References & Citations
According to industry sources, the JTY-GD-G3/G3T detectors are widely recognized for their:
- Reliability in industrial settings
- Compatibility with PLC control systems
- Low false alarm rate compared to traditional detectors
- Energy-efficient operation suitable for large installations
- Robust construction for demanding environments
Installation & Integration Guidelines
Wiring Requirements
The detector requires standard 24V DC power supply with proper grounding. Refer to the wiring diagram images provided in the product documentation for specific connection details.
PLC Integration Protocol
When integrating with PLC systems:
- Connect the detector to the PLC digital input module
- Configure the PLC program to monitor the detector status
- Implement alarm verification routines to reduce false alarms
- Set up maintenance alerts based on operational hours
- Integrate with building management systems for centralized control
Testing & Commissioning
After installation, perform comprehensive testing including:
- Power-up and self-test verification
- Smoke sensitivity testing using approved test equipment
- Alarm signal verification with connected PLC systems
- Communication protocol validation for networked systems
