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You're receiving this email because {name} thinks the Senko SI-200A Fixed Gas Sensor Transmitter would interest you.
The SI‑200A is a high-performance, intrinsically safe fixed gas detector tailored for adsorption-prone toxic gases like HCl, NH₃, H2S and CL₂. Its optimized housing delivers fast, accurate responses; its rugged design ensures reliability in harsh settings; and versatile output and wireless configuration make it a smart, efficient solution for modern industrial safety needs.
View Datasheet:
Ideal Use Cases
- Environments with high concentrations of HCl, NH₃, H2S or CL₂
- Applications requiring fast, reliable toxic gas detection in classified explosive zones
- Remote or outdoor installations needing weatherproof, low-maintenance sensors
- Facilities that demand remote calibration to minimize personnel exposure
Features:
- Intrinsically Safe Sensor Housing (Ex ia): Designed for maximum safety in hazardous environments, the SI‑200A isolates the sensor module for safe operation even in explosive atmospheres
- Optimized Design for Adsorptive, Toxic Gases: Engineered to minimize adsorption delays—specifically with gases like HCl, NH₃, H2S and CL₂—this ensures faster, more accurate detection compared to conventional flameproof units
- Large Digital Display & Self-Diagnostics: Features a 4‑digit LCD display presenting real-time gas concentration, along with built-in self-diagnostic alerts for streamlined monitoring
- Dual Analog & Digital Outputs: Offers 4–20 mA analog output (with optional HART) plus RS‑485 digital communication—ideal for integration with SCADA, DCS, or building management systems
- Wireless Configuration Support: Enables remote device configuration and calibration, reducing the need for on-site manual adjustments
Benefits:
- Fast & Accurate Detection of Adsorptive Gases: With optimized sensor housing, the detector excels at identifying HCl, NH₃, CL₂ without the lag typical of adsorption delay—validated by internal testing showing immediate responses to these gases
- Robust & Reliable in Harsh Environments: Built with rugged IP66 enclosure and operating down to –40 °C, the SI‑200A is ideal for outdoor, industrial, and chemically aggressive settings
- Seamless System Integration: With analog, digital outputs, and optional HART, the device connects effortlessly to industrial control systems for real-time alerting and data logging
- Remote Configuration Saves Time: Bluetooth or wireless capabilities enable remote setup and calibration—minimizing downtime and reducing risks associated with field maintenance
- Intrinsically Safe for Hazardous Zones: Ex ia-certified sensor design ensures intrinsic safety, making it suitable for Zone 0/1/2 environments where toxic or combustible gases are present
Product Specifications:
Specification |
Details |
Dimensions |
169 × 188.5 × 107 mm |
Weight |
2.4 kg |
Power Supply |
24 V DC ±10%, ~3.6 W consumption |
Protection Rating |
IP66 – protection from dust and water |
Textile Display |
4‑digit LCD FND |
Relay Outputs |
Alarm 1, Alarm 2, Fault (2 A @ 30 V DC) |
Analog Output |
4–20 mA (HART optional) |
Digital Output |
RS‑485 (Modbus compatible) |
Operating Temperature |
–40 °C to +60 °C |
Certification |
KCs Ex db ia IIC T4 Gb, IECEx Ex ia IIC T4 Gb |
Warranty |
2 years device, 1 year sensor |
Sensor Specifications:
Gas |
Sensor |
Range |
A1 |
A2 |
Resolution |
Oxygen (O₂) |
Electrochemical |
0~30%Vol |
19.0%Vol |
23.0%Vol |
0.1%Vol |
Carbon Monoxide (CO) |
Electrochemical |
0~500ppm / 0~2,000ppm (Option) |
30ppm |
60ppm |
1ppm |
Sulfur Dioxide (SO₂) |
Electrochemical |
0~20ppm |
2ppm |
5ppm |
0.1ppm |
Hydrogen (H₂) |
Catalytic |
0~100%LEL |
15%LEL |
50%LEL |
1%LEL |
Hydrogen (H₂) |
Electrochemical |
0~1000ppm |
100ppm |
500ppm |
within 5ppm |
Hydrogen Sulfide (H₂S) |
Electrochemical |
0~500ppm |
10ppm |
15ppm |
1ppm |
Combustible (-) |
Catalytic |
0~100%LEL |
15%LEL |
50%LEL |
1%LEL |
Combustible (-) |
IR |
0~100%LEL |
15%LEL |
50%LEL |
1%LEL |
Ammonia (NH₃) |
Electrochemical |
0~100ppm |
25ppm |
35ppm |
1ppm |
Acetylene (C₂H₂) |
Catalytic |
0~100%LEL |
15%LEL |
50%LEL |
1%LEL |
Ethanol (C₂H₆O) |
Catalytic |
0~100%LEL |
15%LEL |
50%LEL |
1%LEL |
Toluene (C₇H₈) |
IR |
0~100%LEL |
15%LEL |
50%LEL |
1%LEL |
Toluene (C₇H₈) |
Catalytic |
0~100%LEL |
15%LEL |
50%LEL |
1%LEL |
Methane (CH₄) |
IR |
0~100%LEL |
15%LEL |
50%LEL |
1%LEL |
Methane (CH₄) |
Catalytic |
0~100%LEL |
15%LEL |
50%LEL |
1%LEL |
Carbon Dioxide (CO₂) |
IR |
0~2000ppm |
1000ppm |
1500ppm |
3ppm |
Carbon Dioxide (CO₂) |
IR |
0~5000ppm |
3000ppm |
5000ppm |
8ppm |
Carbon Dioxide (CO₂) |
IR |
0~5%Vol |
0.5%Vol |
3%Vol |
0.1%Vol |
VOC (VOC) |
PID |
0~1000ppm |
50ppm |
100ppm |
within 3ppm |
Xylene (C₈H₁₀) |
IR |
0~100%LEL |
15%LEL |
50%LEL |
1%LEL |
Hydrogen Peroxide (H₂O₂) |
Electrochemical |
0~10ppm |
1ppm |
2ppm |
0.1ppm |
Nitrogen Dioxide (NO₂) |
Electrochemical |
0~20ppm |
3ppm |
5ppm |
0.1ppm |
Ethylene Oxide (C₂H₄O) |
Electrochemical |
0~30ppm |
1ppm |
2ppm |
0.1ppm |
Ethylene (C₂H₄) |
Catalytic |
0~100%LEL |
15%LEL |
50%LEL |
1%LEL |
Nitrogen Monoxide (NO) |
Electrochemical |
0~100ppm |
25ppm |
50ppm |
1ppm |
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Regards,
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