Tiger XT Select
Benzene PID Gas Detector With Two Operation Modes!
The Tiger XT Select is a portable benzene PID gas detector with two operation modes (Basic and Advanced) for rapid detection of benzene gas and Total Aromatic Compounds (TAC's) providing accurate, reliable data.
The Tiger XT Select portable benzene PID gas detector is capable of providing 15-minute short-term exposure limits (STEL's) and 8-hour time-weighted averages (TWA's) for total aromatic compounds (TAC's).
Probe Optional Extras :
300mm probe attachment
1m probe attachment
Container Push Through Probe, PTFE lined, 380mm stainless steel probe with gas intake from the side
Features
The Tiger XT Select portable benzene PID gas detector, displays real-time data, ensuring the final reading represents the full value of actual benzene gas present. Benzene gas concentrations are displayed down to parts-per-billion (ppb) levels, giving you accurate, reliable data you can count on.The Tiger XT Select can also be used in ‘standard Tiger operational mode‘ without the use of a benzene pre-filter tube to deliver active indications of volatile organic compounds (VOCs), including benzene, at concentrations as low as 1 ppb benzene equivalent.This gas detector has a thermo plastic elastomer outer moulding, this rubber material is semi-conductive making the Tiger XT Select intrinsically safe.
Key Features
- Improved robust design can withstand harsh environments
- Large internal gas table with over 750 VOCs & toxic compounds
- IP65 ingress protection against a range of weather conditions
- <2 second response time, one of the fastest and most accurate on the market
- Instantaneous alarms, RED & AMBER with loud 95 dBA sounder
- Humidity resistant and
anti-contamination design ensures optimal performance
Typical Applications
- Confined Space Entry
- Plant Maintenance
- Marine Down-Stream Monitoring
- Hazardous Material Response
- TAC Detection at Loading Docks and Barge Operations
5 Year Extended Warranty
Specification | Value |
---|---|
Minimum Sensitivity PPM Model | Standard running mode 0.1 ppm TAC 0.01 ppm Tube mode 0.01 ppm (res. 0.001 ppm) |
Maximum Sensitivity PPB Model | Standard running mode 0.001 ppm TAC 0.001 ppm Tube mode 0.01 ppm (res. 0.001 ppm) |
Maximum Reading** |
Standard mode up to 20,000 ppm or 20,000 mg/m3 Tube mode 200 ppm or 639 mg/m3 benzene |
Response Time | 130 seconds at 20 °C (variable) progressive indication of benzene breakthrough is displayed in real time |
Accuracy*** | ± 10 % displayed reading ± one digit benzene (tube mode) |
Intrinsically Safe Approvals |
II 1G Ex ia IIC T4 Ga Tamb = – 15 °C ≤Ta ≤+45 °C (with lithium ion battery pack) Tamb = – 15 °C ≤Ta ≤+40 °C (with alkaline battery pack) IECEx ITS 22.0025X ITS-I22ATEX35111X ITS22UKEX0635X 3193491 conforms to UL Std. 913, 61010-1 & Certified to CAN/CSA std. C22.2 No. 61010-1 Class 1 Division 1. Approval for Groups A, B, C & D, T4 |
Battery Life |
Li-ion: life up to 24 hours, charge time 8 hours Alkaline: 3 x AA, typically 8.5 hours life |
Lamps | 10.0 eV Krypton PID lamp |
Data Logging* | 120,000 data log points including date and time stamp |
Communication | Direct USB 1.1 |
Calibration | 2 and 3 points calibration (via calibration kit accessory) |
Alarm | Flashing LEDs Amber (low alarm) Red (high alarm) Sounder 95 dBA at 300 mm (12″) Vibration on alarm Pre-programmed TWA and STEL |
Flow Rate | ≥ 220 ml/min (with blocked flow alarm) |
Temperature | Operation: – 20 to 60 °C, – 4 to 140 °F (non intrinsically safe) Humidity: 0 – 99 % RH (non condensing) |
Protection | Designed to IP65 EMC tested E613261:2013, EN50270:2015 & CFR 47:2008 Class A |
Weight and Dimensions |
370 mm (H) x 91 mm (W) x 60 mm (D) 870g |
Specifications are based on Benzene calibrations at 20 °C and 1000mBar
*Model and gas dependent.
**Maximum reading is achieved with certain analytes such as ethanol.
***All specifications quoted are at calibration point and under the same ambient conditions.
Gas Response Table January 2024
White Paper -The Basic Guide To PID's
White Paper - Health Safety and Environment - Impacts of VOC's