FIA-510

Overview

Employs FID method featuring superb response characteristics and stability. Allows highly sensitive and highly precise continuous measurement. Measurement can be performed in 7 ranges and in a range ratio of 0 to 10/30,000 ppm C, making it possible to safisfy a wide variety of applications.

Features

  • Easy to operate
    A digital display makes it possible to take direct readings of concentrations, and zero and span calibrations can be done at the touch of a button.
  • Selectable response time
    The response time (electrical) T90 can be set with a dip switch to match individual needs (3, 10, 30 seconds; set at 10 sec. when delivered).
  • Sampling Unit
    Exclusive sampling unit is available for measuring dirty and wet samples such as flue gas, which can even be used by stacking one on top of the others.

Manufactured by HORIBA

Specifications

Measuring Range

 

Components

Min.Range

Max.Range

High-sensitivity  Range

THC

0 - 50 ppm C

0 - 3% C

0 - 10 ppm C

 

 

Performance & Specification

 

Configuration

Desk top or 19" panel mount

Measuring method

Flame Ionization Detection

Repeatability

±0.5% F.S. (±1.0% F.S. for high-sensitivity range) 

Drift

±1.0% F.S. per day (±2.0% F.S. per day for high-sensitivity range) 

Response time

10 sec. (electrical)

Ambient conditions

Temperature: 0 to 40 °C)

Humidity: 90& RH or less

Power

100/115/220 V AC, 50/60 Hz, 500VA

Output signal

0-1V DC, 0-10V DC, 0-16 or 4-20mA DC, isolated

No. of range

7 ranges

Display

LED digital display (effective 4 digits)

Operation gas

Combustion gas should be specified; pure H2 (flow rate: about 30 mL/min.) or 40% H2/He (flow rate: about 120 mL/min.)

Calibration gas

Zero: N2 or Air, Span: Span gas

Dimensions

430(W) x 132(H) x 550(D) mm, 16.9(W) x 5.2(H) x 21.7(D) in

Mass.

20kg, 44 lb

Sample gas requirements

Dust: No dus

Mist: Completely removed

Pressure: More than 50 mm H2O

Temperature: Ambient temperature

Moisuture: 5°C saturation or below

Flow rate: 500 mL/min

Exhaust gas: Discharged at ambient pressure