Features

Use electronic mass flow control (MFC) to improve measurement accuracy and stability of analyzer

Employ silanized gas path to greatly reduce adsorption residual of gas sample on tube wall

Intelligent FID with self-ignition alarm to control hydrogen flame gas path safely and effectively

Support remote control through TCP/IP network, or operate directly via touch screen

Applications

       Continuous VOC online monitoring for urban ambient air, air quality around industrial parks in pharmaceutical & chemical industry, textile printing & dyeing industry, furniture manufacturing, automotive spraying, etc.

Specifications

Principle: GC-FID

Working gas: Hydrocarbon removal air (combustion-supporting gas), H2 (combustion gas), N2 (carrier gas), compressed air (auxiliary gas)

Range: 0~20ppm

Repeatability: ≤3%RSD

Drift: ≤3%F.S.(24h)

Gas consumption: H2: 30~40ml/min; Air: 300~450ml/min;

N2: 15~20ml/min; Compressed air: 10ml/min;

Response time: ≤2min

Working temperature: 0~40℃

Working humidity: 0~90% non-condensing

Display: 8-inch LCD (800x600)

Digital output: RS232x2, LANx1, Modbus-RTU communication protocol

Dimension: 482mm(W)x221mm(H)x559mm(D)