BW Technologies GAXT-Z-DL Alert Extreme Hydrogen Cyanide (HCN) Single Detector, 0-30.0 ppm Measuring Range, Yellow

The BW Technologies GAXT-Z-DL Alert hydrogen cyanide (HCN) single- detector is a handheld, single- detector that uses an electro cell sensor to measure hydrogen cyanide (HCN) continuously, and that has audio, visual, and vibration alarms, which alert simultaneously when HCN reaches any of four preset levels. The detector has an alphanumeric LCD screen that can be adjusted by the user to show the type monitored, the two alarm set-points, the alarm type, the maximum level recorded within the previous 24-hour period, the time elapsed since reaching that maximum level, and the battery life remaining. It is operated and adjusted with a single push button. This detector is used to indicate potentially harmful levels of HCN naturally occurring in the environment; in a variety of occupational settings such as petroleum refineries, tanneries, sewage facilities, and paper mills; and in other personal safety, educational, and ambient monitoring applications. This detector is set to alert to when levels reach any of four limits: a low-alarm level, indicating moderate danger; a high-alarm level, indicating significant danger; a short-term exposure limit (STEL), the maximum concentration to which workers can be exposed continuously for a short period of time without serious risk, and a time-weighted average (TWA) limit, the maximum average exposure that personnel can experience over an eight-hour work shift without serious risk. Alarm set-points are user-adjustable. In low-alarm conditions and when the TWA is exceeded, the audible alarm beeps, the visual alarm flashes, and the unit vibrates slowly. In high-alarm conditions and when the STEL is exceeded, the audible alarm beeps, the visual alarm flashes, and the unit vibrates quickly. The three bright, wide-angle visual alarm bars and the built-in vibration alarm help alert the user to potentially dangerous levels of HCN in high-noise conditions. Once the exposure alarm initiates, the detector records the maximum exposure and the time since reaching that maximum exposure for up to 24 hours. The detector logs and retains data of the 10 most recent exposure events, which it can transmit via an infrared Datalink USB adapter to a personal computer (both sold separately). To ensure performance, the detector tests its sensor integrity, circuitry, and audible and visual alarms upon activation. It tests its battery upon activation and continuously every 0.5 second. The detector also features an automatic shutdown mode for additional safety, which activates when the detector fails its self-test. This detector comes with a back-ed alligator clip to allow the unit to be worn on a belt, waistband, or lapel, and a concussion-resistant boot to help protect it against damage. It is water resistant, and is compatible with the BW Technologies MicroDock II automatic test system (sold separately). It has a European Conformity (CE) and ATEX certification in accordance with Directive 89/336/EEC for safety of electrical and electronic devices, and it is classified by Underwriters Laboratory (UL) to U.S. and Canadian standards as an Intrinsically Safe Apparatus and Associated Apparatus for Use in Class I,II, and III, Division I, Group A, B, C, and D. It has an ingress protection (IP) rating of 66/67. Specifications -------------- TypeHCNMeasuring Range0 to 30 ppm Temperature Range-4 to +122 degree F/-20 to +50 degree C Humidity Range15% to 90% RH (noncondensing)Audible Alarm Sound Level95 dB Dimensions3.75 x 2.0 x 1.1 inches/9.5 x 5.0 x 2.8 cm (H x W x D)*Weight2.9 oz./82 g Battery3V replaceable lithium battery with 1.5 year life (typical) *H is height, the vertical distance from the lowest to highest point; W is width, the horizontal distance from left to right; D is depth, the horizontal distance from front to back. A detector is a safety device that detects and monitors various toxic, combustible, and flammable ses in an area, and which can also register a decrease in ambient oxygen. detectors can be portable or stationary, and are typically classified by their detection methods, which include catalytic, electro-, point infrared, open-path infrared, semiconductor, thermal path conductor, and paper tape detection. detectors are first calibrated to known ses that serve as a reference points. Their sensors can then be used to measure ambient concentrations in comparison to the calibration ses. When concentrations exceed a pre-set limit, an alarm or signal is triggered, alerting the user to potential danger. Pre-set limits often include a low-alarm level, indicating a concentration that poses a moderate danger; a high-alarm level, indicating a concentration that poses a large danger; a short-term exposure limit (STEL), the maximum concentration to which workers can be exposed continuously for a short period of time without serious risk of harm, and time-weighted average (TWA) limit, the maximum average exposure personnel can experience over the course of an eight-hour work shift without serious risk of harm. Most detectors also feature LCD screens that provide a variety of information including ses detected and their concentrations, pre-set exposure limits, and battery level. detectors have a variety of industrial and governmental applications, such as in fire and rescue, mining, construction, petroleum refineries, tanneries, sewage facilities, and paper mills. Portable detectors are typically used to monitor the air around personnel, are worn on clothing or on belts or harnesses, and are powered with rechargeable or disposable batteries. They generally require periodic calibration, testing, and battery recharging or replacement, although some fixed-life detectors are designed to perform for a number of years without calibration or battery replacement before being dided. Stationary detectors are typically powered electrically and ed near the process area of a or control room. They also require periodic service, testing, and calibration. BW Technologies by Honeywell manufactures and distributes portable and fixed monitoring equipment for use in a wide range of industries. The company, founded in 1987, is based in Canada in Calgary, Alberta.

• Single- detector for surveying levels of HCN in natural and industrial environments, and in other personal safety, training, research, and ambient air monitoring applications.
• Electro cell sensor monitors ambient HCN levels continuously.
• Audio, visual, and vibration alarms alert simultaneously when HCN reaches preset TWA, STEL, low, or high levels.
• LCD screen shows self-test status, alarm set-points, maximum exposure, type, alarm level (TWA, STEL, low, or high), and battery life remaining.
• Back-ed alligator clip allows wearing the unit on a belt, and a concussion-resistant boot helps protect against damage.