Det-Tronics GTS Toxic Gas Sensor Module (GT3000 Series)
Bulk Orders
GTS Toxic Gas Sensor Module (Spec Sheet: 90-1199) housings are incorporated into the
GTX toxic gas transmitter. The electrochemical cell is embedded in the module.
- Performance approved models
- NEW! Plus (+) series sensors with dual reservoir technology and extended temperature range
- Sensor modules are available in a variety of gas types and concentration ranges
- Hot-swappable capabilities with the GTX transmitter
- Easy install and removal with the GTX transmitter
- Intrinsically safe (IS) design
- SIL models available for Hydrogen Sulfide and Oxygen sensors
- DNV models available with Hydrogen Sulfide sensors
- Suitable for outdoor applications requiring IP66 rating
- Electrochemical sensor cell for increased accuracy, stability, and reliability
- Highly specific response reduces the chance of false alarms resulting from the presence of other gases
- Temperature compensated to ensure consistent performance over entire operating temperature range
- Hydrophobic filter easily replaced without opening the device or use of tools
- EMI/RFI hardened
- Event and calibration logs are stored in non-volatile memory and are accessible using a UD10/UD20, HART device, or AMS software.
- FDT/DTM capable
- Real-time clock with battery back-up
GTS Model Matrix
| MODEL | Â DESCRIPTION |
| GTS | Toxic Gas Sensor Module |
| TYPE | GAS / RANGE | |
| H2S+ | Hydrogen Sulfide (certified SIL 2 capable) |
|
| 20P | 0 – 20 PPM | |
| 50P | 0 – 50 PPM | |
| 100P | 0 – 100 PPM | |
| CL2 | Chlorine | |
| 10P | 0 – 10 PPM | |
| NH3 | Ammonia | |
| 100P | 0 – 100 PPM | |
| 500P | 0 – 500 PPM | |
| H2 | Hydrogen | |
| 1000P | 0 – 1000 PPM | |
| O2 | Oxygen (certified SIL 2 capable) | |
| 25V | 0 – 25 % by Vol | |
| CO | Carbon Monoxide | |
| 100P | Â 0 – 100 PPM | |
| 500P | 0 – 500 PPM | |
| SO2+ | Sulfur Dioxide | |
| 20P | 0 – 20 PPM | |
| 100P | 0 – 100 PPM | |
| NO2 | Nitrogen Dioxide | |
| 20P | 0 – 20 PPM | |
| TYPE | SAFETY INTEGRITY LEVEL |
| S | SIL 2 |
| N | NON-SIL |
| TYPE | LABEL |
| C | CHINESE |
| E | ENGLISH |
| K | KAZAKH |
| P | PORTUGUESE (Brazil) |
| R | RUSSIA |
| TYPE | HOUSING |
| S | STANDARD |
| E | ENHANCED SHIELDING |
GTS Toxic Gas Sensor Module – ENGLISH
| Model Number | Part Number | Toxic Gas | ppm Range | % by Volume |
| GTSH2S+20PSEE1 | 009471-3411 | H2S | 0-20 | |
| GTSH2S+50PSEE1 | 009471-3421 | H2S | 0-50 | |
| GTSH2S+100PSES2 | 009471-3432 | H2S | 0-100 | |
| GTSH2S+100PSEE1 | 009471-3441 | H2S | 0-100 | |
| GTSCL210PNES3 | 009471-3043 | Cl2 | 0-10 | |
| GTSNH3100PNES2 | 009471-3052 | NH3 | 0-100 | |
| GTSNH3500PNES3 | 009471-3063 | NH3 | 0-500 | |
| GTSH21000PNES3 | 009471-3083 | H2 | 0-1000 | |
| GTSO225VSES3 | 009471-3093 | O2 | 0-25% | |
| GTSCO100PNES2 | 009471-3102 | CO | 0-100 | |
| GTSCO500PNES2 | 009471-3112 | CO | 0-500 | |
| GTSSO2+20PNES3 | 009471-3133 | SO2 | 0-20 | |
| GTSSO2+100PNES3 | 009471-3143 | SO2 | 0-100 | |
| GTSNO220PNES3 | 009471-3163 | NO2 | 0-20 |
NOTE: Refer to the GT3000 Instruction Manual 95-8616 for details on performance approvals.
| NOTES: | GTS Approval when paired with approriate GTX approval type |
GTX approval types |
| 1 | DNV/FM/CSA/IECEx | N |
| 2 | FM/CSA/IECEx | N |
| 3 | CSA/IECEx | N |
Sensor Comparison
| Gas | Range | Response Time1 | Accuracy of Reading (Whichever is Greater) |
Operating Temperature Range |
Zero Drift | Performance Approved Standard |
| Hydrogen Sulfide (H2S) | 0-20 ppm | T20 = ≤7 Sec. T50 = ≤10 Sec. T90 = ≤16 Sec. |
±2 ppm or ±10% of Reading |
–40°C to +50°C | ± 1 ppm/Mo. | ISA 92.00.014 |
| Hydrogen Sulfide (H2S) | 0-50 ppm | T20 = ≤4 Sec. T50 = ≤7 Sec. T90 = ≤16 Sec. |
±2 ppm or ±10% of Reading |
–40°C to +50°C | ± 1 ppm/Mo. | ISA 92.00.014 |
| Hydrogen Sulfide (H2S) | 0-100 ppm | T20 = ≤5 Sec. T50 = ≤8 Sec. T90 = ≤21 Sec. |
±2 ppm or ±10% of Reading |
–40°C to +50°C | ± 2 ppm/Mo. | ISA 92.00.014 |
| Hydrogen Sulfide (H2S+) |
0-20 ppm | T20 = ≤10 Sec. T50 = ≤13 Sec. T90 = ≤23 Sec. |
±2 ppm or ±10% of Reading |
–40°C to +55°C | ± 1 ppm/Mo. | ISA 92.00.014 |
| Hydrogen Sulfide (H2S+) |
0-50 ppm | T20 = ≤6 Sec. T50 = ≤9 Sec. T90 = ≤15 Sec. |
±2 ppm or ±10% of Reading |
–40°C to +55°C | ± 1 ppm/Mo. | ISA 92.00.014 |
| Hydrogen Sulfide (H2S+) |
0-100 ppm | T20 = ≤6 Sec. T50 = ≤8 Sec. T90 = ≤15 Sec. |
±2 ppm or ±10% of Reading |
–40°C to +55°C | ± 2 ppm/Mo. | ISA 92.00.014 |
| Ammonia (NH3) | 0-100 ppm2 | T50 = 24 Sec. T90 = 65 Sec. |
±4 ppm or ±10% of Reading |
–20°C to +40°C | ± 2 ppm/Mo. | FM63404 |
| Ammonia (NH3) | 0-500 ppm2 | T50 = 30 Sec. T90 = 120 Sec. |
±4 ppm or ±10% of Reading |
–20°C to +40°C | ± 10 ppm/Mo. | Det-Tronics Verified |
| Oxygen (O2) | 0-25% V/V3 | T20 = 7 Sec. T90 = 30 Sec. |
< 0.5% V/V | –20°C to +50°C | < 2 %/Mo. | Det-Tronics Verified |
| Carbon Monoxide (CO) |
0-100 ppm | T50 = 15 Sec. T90 = 40 Sec. |
±5 ppm or ±10% of Reading |
–20°C to +50°C | ± 2 ppm/Mo. | ISA 92.00.014 |
| Carbon Monoxide (CO) |
0-500 ppm | T50 = 12 Sec. T90 = 25 Sec. |
±5 ppm or ±10% of Reading |
–40°C to +50°C | ± 9 ppm/Mo. | ISA 92.00.014 |
| Sulfur Dioxide (SO2+) |
0-20 ppm | T50 = 12 Sec. T90 = 30 Sec. |
±0.6 ppm or ±10% of Reading |
–40°C to +55°C | ± 0.4 ppm/Mo. | Det-Tronics Verified |
| Sulfur Dioxide (SO2+) |
0-100 ppm | T50 = 15 Sec. T90 = 35 Sec. |
±0.6 ppm or ±10% of Reading |
–20°C to +55°C | ± 0.4 ppm/Mo. | Det-Tronics Verified |
| Chlorine (Cl2) |
0-10 ppm | T50 = ≤14 Sec. T90 = ≤34 Sec. |
±0.6 ppm or ±10% of Reading |
–20°C to +50°C | < 0.2 ppm/Mo. | Det-Tronics Verified |
| Hydrogen (H2) |
0-1000 ppm | T50 = 8 Sec. T90 = 60 Sec. |
±50 ppm or ±10% of Reading |
–20°C to +40°C | ± 20 ppm/Mo. | Det-Tronics Verified |
| Nitrogen Dioxide (NO2) |
0-20 ppm | T50 = 7 Sec. T90 = 31 Sec. |
±2 ppm or ±10% of Reading |
–20°C to +40°C | ± 0.1 ppm/Mo. | Det-Tronics VerifiedZ |
1 Time to reach percentage of final reading when gas concentration equal to full scale is applied to sensor.
2 Background concentrations of ammonia may shorten lifetime of sensor.
3 Sensor approved for oxygen depletion (< 21% V/V) only.
4 Factory Mutual Performance Approved.
 |
Model Q912 Duct Mount Enclosure The Model Q912 Duct Mount Enclosure provides reliable detection of toxic gases within air-handling ductwork. The device mounts directly to the ductwork, and uses a cross-sectional inlet and outlet sampling tube arrangement that allows large volume air sampling. The Q912 is compatible with the entire Det-Tronics GT3000 family of gas detectors, and is suitable for hazardous industrial and commercial applications.
|
Model Q912 Toxic Duct Mount Enclosure
| Part Number | Description* | Detector Conduit | Inlet Tube Length |
| 012513-001 | Q912 Duct Mount M25, 1ft inlet | M25 | 1 ft (0.3m) |
| 012513-003 | Q912 Duct Mount M25, 3ft inlet | M25 | 3 ft (0.9m) |
| 012513-006 | Q912 Duct Mount M25, 6ft inlet | M25 | 6 ft (1.8m) |
| 012513-010 | Q912 Duct Mount M25, 10ft inlet | M25 | 10 ft (3.1m) |
| 012513-013 | Q912 Duct Mount M25, 13ft inlet | M25 | 13 ft (4m) |
| 012514-001 | Q912 Duct Mount 3/4″, 1ft inlet | 3/4″ | 1 ft (0.3m) |
| 012514-003 | Q912 Duct Mount 3/4″, 3ft inlet | 3/4″ | 3 ft (0.9m) |
| 012514-006 | Q912 Duct Mount 3/4″, 6ft inlet | 3/4″ | 6 ft (1.8m) |
| 012514-010 | Q912 Duct Mount 3/4″, 10ft inlet | 3/4″ | 10 ft (3.1m) |
| 012514-013 | Q912 Duct Mount 3/4″, 13ft inlet | 3/4″ | 13 ft (4m) |
| 012363-001 | Spare Diffuser Insert |
*1 ft outlet tube included with each duct mount.
Model Q912 Spare Parts
| Part Number | Description* | Length | Material | Ship Weight |
| 000214-281 | Inlet Tube | 1 ft (0.3 m) | 316 SS | 8 oz (0.23 kg) |
| 000214-282 | Inlet Tube | 3 ft (0.9 m) | 316 SS | 1 lb (0.45 kg) |
| 000214-283 | Inlet Tube | 6 ft (1.8 m) | 316 SS | 3 lb (1.35 kg) |
| 000214-284 | Inlet Tube | 10 ft (3.1 m) | 316 SS | 6 lb (2.4 kg) |
| 000214-285 | Inlet Tube | 13 ft (4 m) | 316 SS | 9 lb (4.0 kg) |
| 000214-280 | Outlet Tube | 1 ft (0.3 m) | 316 SS | 8 oz (0.23 kg) |
| 102359-001 | Stopper Plug | N/A | Rubber | <1 lb (<0.45 kg) |
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Det-Tronics FAQs
1. What is Det-Tronics known for?
Det-Tronics is renowned for providing proven flame detection, gas detection, and hazard mitigation systems for high-risk processes and critical industrial operations.
2. What types of detection systems does Det-Tronics offer?
They offer a wide range of detection systems including flame detectors (UV, IR, multispectrum), gas detectors, smoke modules, and acoustic detectors.
3. What are Det-Tronics duct-mounting kits used for?
Det-Tronics duct-mounting kits are designed for installing flame detectors, such as the PointWatch Eclipse Model PIRECL, in duct systems to ensure accurate detection.
4. What is the purpose of the Eagle Quantum Premier Controller EQ30XX?
This controller manages and monitors detection systems, ensuring precise operation of Det-Tronics’ flame and gas detection solutions.
5. How does the EQ3760 Addressable Smoke Module enhance detection?
The EQ3760 allows for addressable communication, enabling individual smoke module identification and improved monitoring across a system.
6. What mounting hardware does Det-Tronics provide for flame detectors?
They supply dedicated flame detector mounting hardware that ensures secure installation and optimal positioning of the detectors.
7. What are the key features of the PM-5MPX Dual Spectrum Flame Detector?
The PM-5MPX combines dual spectrum detection for increased accuracy and reliability in identifying flame events in high-risk areas.
8. What distinguishes the X2200 UV Flame Detector?
The X2200 utilizes ultraviolet light detection to quickly identify flame occurrences, making it ideal for fast-response industrial applications.
9. How does the X3302 Multispectrum Infrared Flame Detector work?
This detector uses multiple infrared wavelengths to enhance flame detection accuracy, even in challenging conditions with background interference.
10. What is the function of the X5200 UVIR Flame Detector?
The X5200 integrates UV and IR detection technologies, offering robust flame detection capabilities in varied industrial environments.
11. What surveillance capabilities does the X7050 xWatch Explosion-Proof Surveillance Camera offer?
The X7050 xWatch is designed for explosive environments, providing secure, real-time visual monitoring with explosion-proof construction.
12. What makes the X9800 Single Frequency IR Flame Detector effective?
Its single frequency infrared detection offers a focused and reliable method for flame identification, particularly in controlled environments.
13. What is the C7050B UV Flame Detector?
The C7050B is a UV-based flame detector designed to quickly identify ignition events using ultraviolet radiation sensing.
14. How does the C7064E Sensor/Transmitter function?
This sensor/transmitter is used for gas detection, converting sensor readings into signals for monitoring systems and ensuring prompt alerts.
15. What accessories are available in the CGS line?
Det-Tronics offers CGS accessories such as rain shields, splash guards, dust covers, and remote calibration cups to protect and enhance detection systems.
16. What are the CGS Combustible Gas Certified Calibration Kits?
These kits allow for precise calibration of combustible gas sensors, ensuring accurate and reliable detection in hazardous environments.
17. What is the CGS Combustible Gas Sensor?
The sensor is designed to detect combustible gases and provide critical warnings to prevent potential hazards.
18. What are the Duct Mount and Sample Draw Assemblies used for?
These assemblies facilitate proper mounting and sampling for CGS systems, ensuring accurate gas detection through controlled air sampling.
19. What are Electrochemical Sensor Cells for Det-Tronics?
These sensor cells are used in conjunction with Model C7064E housings to enhance the accuracy and responsiveness of gas detection systems.
20. What is the EQ2200UVHT and C7050 Detector?
This integrated solution combines UV detection and high-temperature capabilities for robust flame detection in harsh industrial settings.
21. What does the EQ2400NE Network Extender do?
The EQ2400NE extends network connectivity for Det-Tronics devices, ensuring seamless communication across large facilities.
22. How does the EQ2400PLR Physical Layer Repeater benefit detection systems?
It boosts signal strength and extends the physical network layer, improving the reliability of detection system communications.
23. What is the function of the EQ3700 DCIO Discrete Input/Output Module?
This module manages discrete signals for system integration, allowing Det-Tronics devices to interact with other control systems.
24. How does the EQ3710 AIM Analog Input Module work?
It processes analog signals from sensors, converting them into digital data for accurate monitoring and control.
25. What role does the EQ3720 RM Relay Module serve?
The RM Relay Module provides control and switching functions to manage the operation of detection systems and alarms.
26. What is the EQ3730 EDIO Enhanced Discrete Input/Output Module?
It offers advanced input/output capabilities, improving system communication and overall performance of detection networks.
27. What is the EQ3780HSDM High Speed Deluge Module?
This module provides rapid activation of deluge systems in emergency situations, ensuring swift hazard mitigation.
28. What is the EQ3900G Power Distribution / Monitoring Enclosure Solution?
The EQ3900G is an enclosure that distributes and monitors power for Det-Tronics systems, ensuring stable and efficient operation.
29. What are the EQP21XXPS Power Supplies used for?
These power supplies provide reliable energy to Det-Tronics devices, ensuring consistent performance in critical operations.
30. What does the EQP21XXPS Power Supplies Control Room version offer?
This version is tailored for control room environments, offering enhanced monitoring and management of power distribution.
31. What is the Explosion-proof Input Output Module?
This module is designed for hazardous environments, providing safe input/output functions in explosive atmospheres.
32. What does Det-Tronics Flame Detector Hardware include?
It comprises mounting brackets, connectors, and other hardware necessary for installing and securing flame detectors.
33. What is the FlexSight LS2000 Line-of-Sight Infrared Gas Detector?
The FlexSight LS2000 uses infrared technology to detect gas leaks over a distance, improving safety in large facilities.
34. What is the purpose of the FlexSonic Acoustic Detector?
This detector uses acoustic signals to identify gas leaks or combustion events, providing an additional layer of safety.
35. What is the FlexVu UD10 Universal Display?
The FlexVu UD10 is a versatile display unit available in versions for toxics, catalytic, and infrared applications, providing clear system status and alerts.
36. How does the FlexVu UD10-DCU differ from the standard UD10?
The UD10-DCU is a dedicated display unit offering enhanced control and monitoring capabilities for detection systems.
37. What improvements does the FlexVu UD20 Universal Display offer?
The UD20 provides a larger, more detailed interface for system monitoring, suitable for complex installations.
38. What are the GT3000 Certified Calibration Kits?
These kits are designed to calibrate the GT3000 series toxic gas sensors, ensuring their readings remain accurate and reliable.
39. What is the GTS Toxic Gas Sensor Module (GT3000 Series)?
This sensor module detects toxic gases, offering critical alerts in hazardous environments.
40. What is the GTX Toxic Gas Transmitter (GT3000 Series)?
The GTX transmitter sends gas concentration data from the sensor to a monitoring system for real-time analysis.
41. What are Det-Tronics Horns (non-addressable)?
These horns provide audible alarms for detection systems, alerting personnel in the event of a hazard.
42. What is the Laser Aimer Holder used for?
This accessory holds a laser aimer in place, assisting with the precise alignment and calibration of detection devices.
43. What are Det-Tronics Manual Call Stations?
Manual call stations (non-addressable) allow operators to manually trigger alarms in case of emergencies.
44. What is the Det-Tronics Model 505 Combustible Transmitter?
This transmitter is designed to detect combustible gases and relay information to safety systems, enabling prompt hazard response.
45. How do Det-Tronics products contribute to hazard mitigation?
They provide early detection of flames, gases, and smoke, allowing for rapid intervention and preventing catastrophic events.
46. What industries benefit from using Det-Tronics systems?
Industries such as oil and gas, chemical processing, power generation, and manufacturing rely on Det-Tronics for critical safety monitoring.
47. How does Det-Tronics ensure the accuracy of its detection systems?
The company employs rigorous testing, certified calibration kits, and high-quality sensor technologies to maintain accurate and reliable detection.
48. Can Det-Tronics products be integrated into existing safety systems?
Yes, their products are designed for easy integration with various industrial control and monitoring systems.
49. What support services does Det-Tronics offer?
Det-Tronics provides technical support, calibration services, and maintenance guidance to ensure optimal system performance.
50. Where can I find more information about Det-Tronics products?
For detailed product specifications and support, visit the Det-Tronics section on the PE Energy website or contact their authorized distributors.
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