2000 Testifire Multi Stimulus Detector Tester with 3 smoke and 3 CO capsules

Description

2000 Testifire Multi Stimulus Detector Tester includes 2 batteries with charger, 3 CO & 2 Smoke capsules.
Testifire is the world's first 3-in-1 detector tester with optional communications module and audit trail facility. Its design enables fast and efficient testing of Smoke, Heat or CO fire detectors and, with the ability to test with these stimuli sequentially or simultaneously, it is also the perfect tool for testing multi-sensor detectors. Smoke, Heat and CO stimuli are all created in the single unit that is Testifire.
- There are no pressurized canisters of gas and stimuli are generated as required using processes fueled by replaceable capsules. Testifire is the result of several years of technological development and since launch, has continued to develop in response both to market feedback and new materials and technologies. By far the most advanced tester available, Testifire is UL certified and approved by leading detector manufacturers from around the world.
Test modes and cycles are selected and programmed via the User Interface, Multiple languages are available in the set-up procedure.
Test cycle feedback is provided by two LEDs which flash according to the type of test selected and progress of the test
Test Modes:
Smoke: generated internally from a fluid supplied by a replaceable capsule and then blown into the detector. Suitable for a wide variety of detection technologies.
Carbon Monoxide (CO): generated internally from heated carbon material supplied by a replaceable capsule and then blown into the detector
Heat (I): for rate-of-rise and fixed temperature heat sensors up to 194ºF (90ºC)
Hi Heat (2): heat at a higher temperature for heat sensors up to 212ºF (100ºC)
Test Cycles:
Single Testing: a single stimuli test can be carried out using Smoke, Heat or CO
Simultaneous Testing: Smoke, Heat and CO generated at the same time, in one test, in any combination programmed by the user
Sequential Testing: Smoke, Heat and CO can be carried out in any order programmed by the user
Clearing: clean air is blown to remove stimuli away from the detector enabling rapid detector reset times
Applications:
Point detectors (single and multi-sensor)
Aspiring detectors
Traditional smoke sensors based on optical and ionization technologies
Advanced smoke sensors based on dual scatter angles and dual wavelength technologies
CO fire sensors
Heat sensors utilizing: thermistor, bi-metallic, diaphragm technologies
Virtual chamber detectors
Fire detectors using complex interdependent sensor algorithms