FujiElectric ZAFE Pressure-Resistant Explosion-proof Thermal Gas Analyzer
peculiarity
NEPSI certified qualified product (Exd II.C T6Gb).
Large, easy-to-see LCD display.
Can communicate with a computer.
Compact panel mounting structure.
Automatic correction function for zero and full-scale points (optional).
Compensating for the interference effects of other gases (optional).
Gas concentration alarm output (optional)
You can select one of the upper · lower limit alarm, upper · upper limit alarm, and lower · lower limit alarm output.
Range switching (optional)
Switching mode operated by front keypad or input via external contact. Measuring range ratio: 1:10 for H2 and He, 1:5 for Ar, CH4 and CO2.
Linearization of the measurement output signal (optional)
RS232C (MODBUS) communication possible (optional)
use
H2 gas concentration measurement in petroleum refining equipment
H2 gas concentration measurement in semiconductor devices
H2 gas concentration measurement in a hydrogen generator
H2 gas concentration measurement in a sintering furnace
Measurement of Ar, He, and CH4 concentrations in gas generators
Measurement of He gas concentration in a superconducting device
Measurement of Ar gas concentration in air separation plants
Measuring principle
Thermal conductivity gas analyzers measure gas concentrations using the different thermal conductivity of two component gases. Inside the detector there is a reference chamber and a measuring chamber, and the inside is tensioned with fine platinum wires. The reference chamber is sealed with a reference (reference) gas. The platinum wire is combined with an external fixed-value resistor to form a bridge loop, and a constant current flows through each platinum wire to make it heat. If there is a change in the concentration of the measured component, the thermal conductivity of the sample gas will change accordingly, which will change the temperature of the platinum wire in the measuring chamber. By taking this temperature change in the form of a change in resistance value, the concentration of the measured gas can be calculated.
Main specifications:Standard Specifications | Measurement method | Thermally conductive | Measure the components | He、Ar、H2、CH4、CO2 | Measuring range | H2:0~3……100%,100~90,100~80%
He:0~5……100%,100~90,100~80%
Ar:0~10……100%,100~90,100~80%
CH4:0~20……100%,100~80% | Output signal | DC4~20mA, DC0~1V, DC0~10mV non-isolated output (one point, depending on the model) | Allowable load resistance | Up to 550Ω (when DC4~20mA output) | Output resistance | 100kΩ (at DC0~1V, DC0~10mV) | display | With backlight LCD Chinese/English/Japanese display | Measured values are displayed | Up to 4 digits or 2 decimal places | The output signal is maintained | The output value before correction is maintained during manual correction and automatic correction | Power supply voltage, power consumption | AC100~240V 50/60Hz, approx. 50VA | Ambient temperature, humidity | -5~45°C, no more than 90%RH (no condensation) | Installation method: | Panel recessed | Dimensions(H×W×D) | 470×354×211mm | weight | Approx. 22kg | Enclosure type | Aluminium housing, rainproof construction (IP65) | Gas inlet and outlet, ventilation port | Rc1/2 or NPT1/2 or G1/2 (as specified) | Explosion-proof specifications | NEPSI(Exd ⅡC T6Gb) | performance | repeatability | ±1%FS | drift | Zero Point: ±2% FS/week (H2 analyzer)
Full Scale Point: ±2% FS/week (H2 Analyzer) | Responsiveness (90% response) | Standard: Within 60 seconds (0.4L/min flow)
High speed: less than 10 seconds (1L/min flow)
However, only for H2 analyzer (reference gas is N2) | Standard measurements
Gas conditions | temperature | 0~50℃ | Gas flow | 0.4±0.05 L/min and should be stable, high-speed type is 1±0.05 L/min | dust | No more than 3 m particles, no more than 100 g/Nm3 | pressure | No more than 10kPa | Aerosols, corrosive gases | not | moisture content | Do not saturate at more than 2 °C | Matching | Relay contact output | 5-point SPST relay contact output
Relay contact capacity: AC220V/2A (resistive load)
Relays are isolated from each contact and from the internal circuit
You can select up to 5 of the following functions- The automatic correction uses a zero solenoid valve to drive the output
- The output is driven by a full-scale solenoid valve for automatic correction
- The suction pump is OFF output during automatic calibration
- Upper limit (1 point) concentration alarm output
- Lower limit (1 point) concentration alarm output
- Upper and lower limit (1 point) concentration alarm output
- Upper (1 point) and lower (1 point) concentration alarm output
- Upper limit 2 segments (1 point each) concentration alarm output
- The lower limit is 2 segments (1 point each) concentration alarm output
- Analyzer abnormality or automatic correction abnormal alarm output
- Output in correction
- Measuring range information output
| Contact input | 3 non-voltage contact inputs
ON: 0 V, OFF: 5 mA at DC5 V, ON
It is isolated from the internal circuit by optocoupler, and the contact input is not isolated
You can enter the following three points- Remote measured value output hold
- Remote range switching (dual-range analyzer only)
- Remote auto-correction begins
| Input of interferometric gas measurements | H2 Analyzer Analog Input for Interferometry (DC1~5V)
Input a component of CO2 or CH4 from an external gas analyzer.
It needs to be adjusted at our factory. Confirm the details of the gas to be measured at the time of ordering. | Auto-correction function | Zero-point and full-scale corrections are performed automatically according to pre-set cycles. The solenoid valve installed on the outside is actuated, and the correction gas is introduced sequentially. | Communication features | RC232C (9-pin D-sub output)
Half-duplex bit serial synchronous periodic
MODBUS protocol, communication speed 9600bps
Communication contents: Measurement concentration value, reading and writing of various set values, instrument status output |
Our customer-centric service concept: the pursuit of a full range of services is a high-quality, high-standard service, the pursuit of every detail of the service process. It is impossible for interests to blossom into brilliant flowers from lies. Only when every process, every action, and every day of service are professional and careful, can we meet or even exceed customer expectations, so that customers can be satisfied and recognized by us. Honest, professional, affordable, and fast, so you can rest assured. "Honest and professional service, affordable price, continuous improvement" is our service philosophy.
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