24h-Online Diffusion Type for Power Industry Sf6 Sulfur Hexafluoride Fixed Gas Detector
Product Overview
YT-95H series gas detector(with alarm light) is a kind of monitoring gas concentration in different kinds of situations or pipelines 24h continuously wall mounted type gas detector. Using world first brand sensors, and advanced micro-process technology, with data display and high/low alarm, fast response, high precision and good stability. Powered by 24V DC, with 4-20mA, RS485, relay signal output. Explosion proof, suitable for different kinds of situations.
Product Advantages
- Non-contacted control the device
- Diversified output signals
- Variety of installation methods
- Data transmission
- High quality case
- With infrared ray controller, which can remote control alarm
- point settings, zero calibration, and address modification.
- 4-20mA current signal output, compatible with
- different kinds of controllers.
- RS485 MODBUS signal output.Relay signal output,
- to turn on/off ventilator, generators or other external
Specification
| Gas detected | SF6 | | Detection principle | PID | | Install method | Wall-mounted, piping type, flow-type (according to the detected environment) | | Measure range | 0-1000, 2000ppm | | Resolution | 0-1ppm | | Precision | ≤± 1-2% FS | | Signal output | 4-20mA, 0-5V, RS485, relay(optional) | | Response time | ≤10S | Recovery time | ≤10S | | Repeatability | ≤±1% | Linearity error | ≤±1% | | Zero shift | ≤±1%(FS/year) | Display | High-light nixie tube display | | Connection mode | G1/2 external thread explosion-proof flexible pipe | Unit | %VOL | | Temperature | -20 to 50°C | Humidity | 0-95%RH | | Explosion-proof | II 2G Ex db IIC T6 Gb IP65 | Degree of protection | IP65 | | Alarm | Sound, light | Operating time | 24H | | Dimensions | 180*150*90mm | Weight | ≤2kg | |
Other normal gas types (Gases are not listed can be customized):
Flammable gas(EX)
Oxygen(O2)
Carbon monoxide(CO)
Hydrogen (H2)
Methane (CH4)
Carbon Dioxide(CO2)
Chlorine dioxide(CLO2)
Ozone(O3)
Ammonia(NH3)
Nitrogen(N2)
