Testifire XTR2 Testing Kit for Smoke & Heat Detectors (9m Reach)
The XTR2 system by Testifire is a high-performance solution for functional testing of fire alarm detection units, allowing safe ground-level access for detectors positioned up to 9 metres high.
This integrated testing kit streamlines compliance and maintenance procedures by incorporating dual testing capabilities with intelligent digital reporting functions.
Realistic Detector Testing
Using specialised cartridges, the device emits smoke to simulate real fire conditions. Heat tests are adjustable, with options for routine or intensive heat outputs. These tests mirror genuine fire triggers to verify that detectors function properly.
Advanced Test Modes
The XTR2 offers engineers a choice of modes, including:
- Standard smoke or heat test
- High heat mode for specialist devices
- Simultaneous smoke and heat
- Step-by-step smoke then heat testing
- Pre-set delay mode
Once activated, the device confirms the sensor’s activation and logs whether the test passed. This automatic result capture, while the built-in clearing function removes residual stimuli from the detector.
Digital Reporting & Connectivity
The XTR2 is paired with an online reporting system. Engineers can generate reports without paperwork, enabling improved record keeping.
Clients receive proof of test completion via download or email, supporting inspections.
Safe Height Access
The kit includes a multi-section reach get more info pole, capable of testing and removing detector heads from up to 9m. A universal removal tool simplifies head replacement, all without the use of ladders. The provided carry bag protects components during transit.
Practical Build Quality
Powered by a rechargeable lithium-ion battery, the unit also includes a built-in torch to assist with testing in low-light environments. The device is engineered for reliability, making it suitable for regular use by professionals.
Final Overview
XTR2 by Testifire improves accuracy during smoke and heat detector testing. It allows engineers to test with minimal disruption, while reporting becomes automated. This system offers confidence in detection systems without the need for ladders or manual logging.
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