instrumentation & Gas Analyzer

Flue Gas Analyzer System (ZSU)

Description:

Continuous monitoring of up to 5 components:

NOx, SO2, CO, CO2, and O2

Ideal for flue gas monitoring in waste incinerators, boilers, and furnaces

• Space-saving design

• A variety of functions: auto calibration, O2-corrected output, averaging, alarm, etc.

• Japanese type approval

Flue Gas Analyzer System (ZSJ)

(Single beam, sample switching system)

Description:

Continuous monitoring of 5 components:

NOx, SO2, CO, CO2, and O2

Ideal for flue gas monitoring in waste incinerators, boilers, and furnaces

• Simultaneous and continuous measurement of up to 5 components

• Sample switching system ensures zero-point stability

• Space-saving design

• A variety of functions: auto calibration, O2-corrected output, averaging, alarm, etc.

• Japanese type approval

Flue Gas Analyzer System (ZSU-7)

Continuous monitoring of 7 components:

NOx, SO2, CO, CO2, O2, HCl, and dust

• Ideal for environmental monitoring

• Space-saving design

• All the necessary equipment are housed in a cabinet of 1215 (W) x 700 (D) x 1780 (H) mm size

• Less electrical work: signal and power terminals are in one place

• Maintenance-free HCl measurement

• Japanese type approval (NOx, SO2, CO, O2)

• Saves power by 40% compared to conventional models

1. Flue Gas Analyzer System (ZSS)

Description:

Continuous monitoring of HCl, NH3, CO, CO2, CH4, and O2

• Low maintenance

• Low operating-cost： with no gas-sampling device and few parts to be replaced

• Superior long-term stability

• Fast response within 2 seconds

• Tolerant to high temperature and high dust

• Environment friendly： 80 VA, low power consumption

• Analog output for transmittance is available

• Compliant with RoHS directive (2011/65/EU)

• Double-beam version for CO and O2 measurement available

Aerosol Analyzer (ZSF)

Description:

Real-time, quantitative measurement of aerosol (PM2.5) in the air

• Real-time monitoring

• Simultaneous and quantitative analysis of particle size, number of particles, and composition

• High accuracy ensured by a combination of multiple principles

• Easy-to-use touch screen

Single Beam NDIR Gas Analyzer (ZPA)

Description:

Simultaneous and continuous measurement of up to 5 components among NO, SO2, CO, CO2, CH4, and O2 in incinerators or boilers

• Compact and lightweight: 19-inch rack mount

• Built-in magnetic O2 sensor or optional galvanic O2 sensor

• Optional functions include: atmospheric pressure compensation, RS-485 communication, automatic calibration, alarm output, O2 correction, and more.

• Low maintenance

Single Beam NDIR Gas Analyzer (ZPG)

with sample-switching system (low-concentration type)

Description:

Continuous monitoring of low-level CO or CO2 in the air or the air separation facilities

• Long-term superior stability: zero drift ±0.5% FS per week

• Compact and lightweight: 19-inch rack mount

• Continuous measurement of low concentration gas

• Built-in magnetic O2 sensor or optional galvanic O2 sensor

• Low maintenance

Single Beam NDIR Gas Analyzer (ZRE)

Description:

Simultaneous and continuous measurement of up to 5 components among NO, SO2, CO, CO2, CH4, and O2 in incinerators or boilers

• Compact design

• Long-term superior stability

• Easy-to-see LCD

• Optional functions include: auto calibration, concentration alarm, remote range-switching, and more.

• Hardly affected by moisture interference

Thermal Conductivity Gas Analyzer (ZAF)

Description:

Ideal for H2, Ar, and He measurement

• Easy-to-see LCD

• RS-232C communication (option)

• Compact, panel mount design

• Automatic calibration (option)

• Interference compensation (option)

• Concentration alarm (option)

Flameproof Thermal Conductivity Gas Analyzer (ZAFE)

Description:

Ideal for H2, Ar, and He measurement

• Easy-to-see LCD

• RS-232C communication (option)

• Compact, panel mount design

• Automatic calibration (option)

• Interference compensation (option)

• Concentration alarm (option)

In- Situ Zirconia Oxygen Analyzer (HART Communication) (ZTA ,ZKMA/ZKMB, ZFK8)

Description:

In-situ oxygen analysis requires no gas sampling device. Ideal for combustion control in industrial boilers and furnaces

FEATURES:

• HART communication

• Easily replaceable zirconia element

• Fast response (4 to 7 seconds)

• IP66 or IP67 enclosure

• Safe design

High safety level

• The converter cuts off the power supply for the detector when detecting a burnout of thermocouple.

• The converter also cuts off the power supply at emergency, in response to an external contact input.

• The key lock function prevents operational errors.

Zirconia Oxygen Analyzer for Hazardous Location (ZKME, ZFKE)

Description:

Fast response + no sampling involved — ideal for combustion management in boilers or furnaces Use of flow guide tube — low maintenance Flameproof design — ideal for oxygen analysis in hazardous areas, for example, petrochemical plants

• Easily replaceable zirconia element

• Fast response: 4 s to 7 s

• Operation available without opening the cover

• TIIS and NEPSI flameproof certified

Compact NDIR Gas Analyzer (ZSVF)

Description:

Simultaneous and continuous measurement of up to 5 components among: NOx, SO2, CO, CO2, CH4, and O2 Suited for monitoring of flue gas, combustion gas, biogas, etc.

• Continuous measurement for 5 days max.

• Separatable structure

• A variety of functions: auto calibration, O2-corrected output, averaging, alarm, etc.

• You can check the concentration changes of all components at a glance

• Easy-to-use interface

• You can select a paramagnetic O2 sensor or a galvanic O2 sensor

Portable NDIR Gas Analyzer (ZSVS-2)

Description:

Simultaneous and continuous measurement of up to 4 components: CO, CO2, CH4, O2. Suited for gas monitoring in heat treatment furnaces, plant cultivation, and research-purpose chemical analysis.

• Equipped with gas suction pump and membrane filter—no need for gas sampling devic

• CP (Carbon Potential) calculation available (option)

• A variety of functions: O2-corrected output, averaging, automatic display off, etc.

NDIR Gas Analyzer (ZFG)

Description:

Continuous measurement of CO, CO2, CH4 in heat treatment furnace. Simultaneously and continuously measures concentrations of 2 different gases

• Repeatability: ±0.5% FS

• CP (Carbon Potential) calculation available (option)

• Single-beam system: long-term stability and low maintenance

• Simultaneous and continuous measurement of 2 different gases

• Compact and lightweight (approx. 5 kg)

Biomass Gas Analyzer (ZPAF)

Description:

Measures H2S, CH4, CO2, and O2 generated in biogas plants

• Simultaneous and continuous monitoring of H2S, CH4, CO2, and O2

• Compact and lightweight: 19-inch rack mount, 9 kg

• Easy-to-see LCD

Optional functions include: automatic calibration, concentration alarm, remote input for switching range, and more.

Spool Piece Ultrasonic Flowmeter (FST)

Description:

Three pairs of sensors for accuracy of ±0.2% of rate

• High accuracy

• Low maintenance

• Bubble resistant

• Wide temperature range from -40°C to +150°C

• Easy-to-operate

IECEx, ATEX, NEPSI, and Japanese ex-proof certificatione

Portable Ultrasonic Flowmeter (FSC)

Description:

Compact and handy

• High accuracy ±1.0% of rate and fast response ≤ 1 s

• A wide variety of detectors

• Tolerant to bubbles

• Battery-powered, for 12 hours

• Data storage on SD card

• USB port for connection with PC

• Consumed energy calculation

• Printer (option)

• Flow velocity profile (option)

Time DELTA-C (FSV)

Description:

Excellent anti-bubble performance.Applicable pipe diameter: 13–6000 mm. Flow transmitter (FSV). Detector (FSS)

• High accuracy: 1.0% of rate

• Fast response: 0.2 seconds

• Compact transmitter: 142 x 170 mm

• Excellent anti-bubble performance

• Operation available without opening the cover

• RS-485 communication (option)

• Wide application range

• Parameter loader software provided

Time DELTA-C advanced type (FSVL)

Description:

• Flow transmitter: FSVL

• Detector: FSS

M-Flow PW (FLR)

Description:

Excellent anti-bubble performance. Compact size transmitter. Applicable pipe diameter: 25–1200 mm.

• Flow transmitter: FLR

• Detector: FSS

• Excellent anti-bubble performance

• Standard accuracy: 1.5% of rate (1.0% is also available)

• Fast response: 0.2 seconds

• Operation available without opening the cover

• RS-485 communication (option)

• Parameter loader software provided

Extendable detector for pipe size from 50 mm to 1200 mm

Ultrasoinc Flowmeter for AIr (FWD)

Description:

Ideal for compressor control. Applicable pipe diameter: 25–200 mm

• No pressure loss = no energy loss

• Tolerant to oil and mist - No need for filter such as mist separator

• Lithium-ion battery driven version available

Battery life: approx. 10 years

• Flow rate conversion

Actual flow rates are converted into those in normal or standard conditions.

• Forward/reverse flow measurement

• Air leakage detection

FCX-AIII Pressure and Differential Transmitter

Description:

FCX-AIII series transmitters are electronic transmitters which use electrostatic capacitance sensors. They feature compact design, high accuracy, and long-term stability, and offer a variety of diaphragm materials. You can select from: type L housing suited to a vertical pipe, type T housing to horizontal pipe, and direct mount type

• Long-term superior stability: ±0.1% for 10 years

• Fast response (60 ms)

• Field configurator (option)

• High temperature/vacuum transmitter with solid technology

FCX-AIII Series Level Transmitter (FKE-5)

Description:

Highly accurate level measurement

• High accuracy: ±0.2%

• Detector for sewage water available

• Measures water level from 1.5 m to 50 m

• Powerful built-in arrester

Digital Temperature Controllers (PXF)

Description:

• Precise control

• Easy-to-see display

• Practical options

• Most compact class in industry

• Universal input

Digital Temperature Controllers (PXR3)

Description:

*PXR4, PXR5, PXR7, and PXR9 were discontinued and replaced by PXF series.

Versatile model with easy-to-see LED, transfer output, communication function, and more.

Digital Temperature Controllers (PXE)

Description:

Simple and compact

• New design: 1.6-mm thick, world's thinnest front panel

• Shallow depth: 62 mm

• Input type and measuring range are programmable

A user can switch input type among Pt100 and thermocouples and their measuring range with front keys

• Flexible:Up to two alarm outputs

• Front waterproof structure (IP66)

Flexible:

• On-off, PID, fuzzy, two-degree-of-freedom PID control

• Auto tuning is available except for on-off control.

• Heating and cooling dual control available

• Relay contact output or SSR drive output

Digital Controllers (PXH)

Description:

High speed and high accuracy

• High speed control: 50 ms input sampling

• Indication accuracy: 0.1%

• 5-digit display can show 0.01°C

• Accepts various input: thermocouple, RTD, voltage, or current

• 9 DIs, 9 DOs, and 2 AOs

• Variety of functions: RS-485, T-Link, math function, ramp soak, transmitter power supply, complete templates

• Shallow body and front waterproof structure

• Easy parameter setting thanks to the loader software

Module Type Temperature Controllers (PUM Series)

Description:

Temperature controller and PLC are incorporated into single controller. Smart! User friendly! Fast!

Efficient solution that meets your expectations. Parameter loader software facilitates the parameter setting and the control status check.

Digital Thermostat (PXR3)

Description:

Temperature alarm with on/off contact output, DIN 24 x 48 mm size. Suited for overheat detection of thermocouples or thermistors used in machines or equipment.

• Accepts thermocouple input or thermistor input

• Allows you to quickly check alarm setpoint and process value

• Front waterproof structure equivalent to NEMA-4X standard

• Two relay-contact outputs available optionally

• Optional DIN rail mounting adapter allows rail-mount or wall-mount

• UL and C-UL certified

Paperless Recorders (PHF)

Description:

Compact front panel: 144 x 160 mm. Up to 6 channels for thermocouples, RTD, voltage, or current input

• Data saving on CompactFlash

• Data viewer and parameter loader software provided as standard

• Ethernet (option)

• Lithium-ion battery driven version available

• Quick search and display of past data

• 3 or 6 input channels

Paperless Recorder (PHR)

Description:

Provides flexibility and variety in the handling of record data. Up to 9 or 18 channels for thermocouples, RTD, voltage, or current input

• Wide variety of display mode

• Large-capacity data storage

• Easy operation with on-screen guidance

• Data viewer and parameter loader software provided as standard

• Compact design: 160 x 144 x 185 mm, 1.5 kg

• RS485 (MODBUS) (option)

• Ethernet (option)

Paperless Recorder (PHL)

Description:

Provides flexibility and variety in the handling of record data. Up to 9 or 18 channels for thermocouples, RTD, voltage, or current input

• Wide variety of display mode

• Large-capacity data storage

• Data viewer and parameter loader software provided as standard

• Compact design: 160 x 144 x 185 mm, 1.5 kg

• RS485 (MODBUS) (option)

• Ethernet (option)

Paperless Recorder (PHU)

Description:

Large size paperless recorder. Front panel 300 x 300 mm. Up to 36 channels for thermocouples, RTD, voltage, or current input

• Data saving on CompactFlash

• Data viewer and parameter loader software provided as standard

• Ethernet (option)

• Quick search and display of past data

• 9, 18, 27, or 36 input channels

Inkjet Recorder (PHC)

Description:

6-color high quality trace

Inkjet Recorder (PHE)

Description:

6-color high quality trace

Inkjet Recorder (PHA)

Description:

6-color high quality trace