Turbidity in Pure and Ultra Pure Water (Low Level)

AMI Turbitrace

Nephelometric system for the automatic and continuous measurement of low level turbidity in pure and ultra pure water.

Nephelometric System for the Automatic and Continuous Measurement of Low Level Turbidity in Pure and Ultra Pure Water (ISO/DIN Standard).

Turbidity in pure and ultra pure water Monitor Features:

Complete system mounted on a panel:

High precision nephelometer complying with ISO 7027 (EN 27027, DIN 38404).
Measurement range: 0.000 – 100.0 FNU/NTU – Automatic range switching.
Precision: ± 0.001 FNU/NTU or 1% of reading.
Response time: typically T90 < 15 sec (after sample entry at 10 l/h).
Programmable automatic zero point measurement for drift compensation by integrated sub-micron particle filter.
Complete system including transmitter, turbidity sensor, flow cell with integrated sub-micron filter, flow controller and flow sensor.
Installed on panel for immediate use.
Valve and connector for slope calibration with formazine according to ISO 7027.
Pressure tight sample system up to 10 bar avoids out gassing of sample.
Transmitter with large backlit graphic display for the reading of measuring value, flow and operating status. Full text menu driven user interface. Storage of calibration history.
Two signal outputs for measuring values or as control outputs.
Alarm contact as summary alarm indication for programmable alarm values and for instrument faults. Alarm functions include: “Flow out of range”, “Cleaning required“ and “Replace filter”.
Two potential-free contacts programmable as limit switches or PID-controllers.
Input for potential-free contact with programmable function.

Specifications:

Turbidimeter with flow controller and programmable automatic zero point measurement for drift compensation by integrated sub-micron particle filter.

Detailed Specification can be found on Page 2 of the Hydrogen monitor Data Sheet.

Measurement range:	0.000 – 100.0 FNU/NTU with automatic range switching
Precision:	0.001 FNU/NTU or 1% of reading

Transmitter Specifications and Functionality

Electronics case:	Cast Aluminum
Protection degree:	IP 66 / NEMA 4X
Display:	backlit LCD, 75 x 45 mm
Electrical connectors:	screw clamps
Dimensions:	180 x 140 x 70 mm
Weight:	1.5 kg
Ambient temperature:	-10 to +50 °C
Humidity:	10 – 90% rel., non condensing
Power supply
AC version:	100 – 240 VAC ( 10 %), 50/60 Hz ( 5 %)
DC version:	10-36 VDC
Power consumption:	max. 35 VA

Detailed Specification can be found on Page 2 of the AMI Turbitrace monitor Data Sheet.

Feed Water.
Pure and Ultrapure Water Applications.

Consumables

A-85.880.110 Humidity absorber, 40ml

Accessories

A-81.420.020 AMI Option; Profibus- / Modbus Interface
A-81.420.042 AMI Option; USB Interface
A-81.420.060 AMI Option; HART Interface
A-85.151.010 Verification kit “LOW”
A-88.224.220 Communication cable, AMI to PC, 2 m
C-82.832.010 Sub-Micron filter for AMI Turbitrace, filter removal rating: 0.5um

Spare parts

A-89.811.060 Set of fuses for AMI

AMI Low Level Turbidity Monitor Datasheet AMI Turbiwell.pdf

Which data/signal outputs?

2 Relay outputs Two potential-free contacts program-able as limit switches for measuring values, controllers or timer with automatic hold function. Rated load: 1A / 250 VAC
2 Signal outputs (3rd as option)Two programmable signal outputs for measured values (freely scalable, linear or bi-linear) or as continuous control out-put (control parameters programmable) as current source. 3rd signal output selectable as current source or current sink. Current loop: 0/4 – 20 mA Maximum burden: 510 Ω
Optional Profibus- / Modbus Interface
Optional HART Interface
Optional USB Interface
Optional Third 0/4 – 20 mA Output

CSA Certification?

All Swan Analyzers are CSA Certified before shipping.

How much water flow is required?

Sample flow: 5 – 20 l/h

Description

Nephelometric System for the Automatic and Continuous Measurement of Low Level Turbidity in Pure and Ultra Pure Water (ISO/DIN Standard).

Turbidity in pure and ultra pure water Monitor Features:

Complete system mounted on a panel:

High precision nephelometer complying with ISO 7027 (EN 27027, DIN 38404).
Measurement range: 0.000 – 100.0 FNU/NTU – Automatic range switching.
Precision: ± 0.001 FNU/NTU or 1% of reading.
Response time: typically T90 < 15 sec (after sample entry at 10 l/h).
Programmable automatic zero point measurement for drift compensation by integrated sub-micron particle filter.
Complete system including transmitter, turbidity sensor, flow cell with integrated sub-micron filter, flow controller and flow sensor.
Installed on panel for immediate use.
Valve and connector for slope calibration with formazine according to ISO 7027.
Pressure tight sample system up to 10 bar avoids out gassing of sample.
Transmitter with large backlit graphic display for the reading of measuring value, flow and operating status. Full text menu driven user interface. Storage of calibration history.
Two signal outputs for measuring values or as control outputs.
Alarm contact as summary alarm indication for programmable alarm values and for instrument faults. Alarm functions include: “Flow out of range”, “Cleaning required“ and “Replace filter”.
Two potential-free contacts programmable as limit switches or PID-controllers.
Input for potential-free contact with programmable function.

Specifications

Specifications:

Turbidimeter with flow controller and programmable automatic zero point measurement for drift compensation by integrated sub-micron particle filter.

Detailed Specification can be found on Page 2 of the Hydrogen monitor Data Sheet.

Measurement range:	0.000 – 100.0 FNU/NTU with automatic range switching
Precision:	0.001 FNU/NTU or 1% of reading

Transmitter Specifications and Functionality

Electronics case:	Cast Aluminum
Protection degree:	IP 66 / NEMA 4X
Display:	backlit LCD, 75 x 45 mm
Electrical connectors:	screw clamps
Dimensions:	180 x 140 x 70 mm
Weight:	1.5 kg
Ambient temperature:	-10 to +50 °C
Humidity:	10 – 90% rel., non condensing
Power supply
AC version:	100 – 240 VAC ( 10 %), 50/60 Hz ( 5 %)
DC version:	10-36 VDC
Power consumption:	max. 35 VA

Detailed Specification can be found on Page 2 of the AMI Turbitrace monitor Data Sheet.

Application

Feed Water.
Pure and Ultrapure Water Applications.

Options

Consumables

A-85.880.110 Humidity absorber, 40ml

Accessories

A-81.420.020 AMI Option; Profibus- / Modbus Interface
A-81.420.042 AMI Option; USB Interface
A-81.420.060 AMI Option; HART Interface
A-85.151.010 Verification kit “LOW”
A-88.224.220 Communication cable, AMI to PC, 2 m
C-82.832.010 Sub-Micron filter for AMI Turbitrace, filter removal rating: 0.5um

Spare parts

A-89.811.060 Set of fuses for AMI

Downloads

AMI Low Level Turbidity Monitor Datasheet AMI Turbiwell.pdf

F.A.Q.

Which data/signal outputs?

2 Relay outputs Two potential-free contacts program-able as limit switches for measuring values, controllers or timer with automatic hold function. Rated load: 1A / 250 VAC
2 Signal outputs (3rd as option)Two programmable signal outputs for measured values (freely scalable, linear or bi-linear) or as continuous control out-put (control parameters programmable) as current source. 3rd signal output selectable as current source or current sink. Current loop: 0/4 – 20 mA Maximum burden: 510 Ω
Optional Profibus- / Modbus Interface
Optional HART Interface
Optional USB Interface
Optional Third 0/4 – 20 mA Output

CSA Certification?

All Swan Analyzers are CSA Certified before shipping.

How much water flow is required?

Sample flow: 5 – 20 l/h

Turbidity in Pure and Ultra Pure Water (Low Level)

AMI Turbitrace

Nephelometric system for the automatic and continuous measurement of low level turbidity in pure and ultra pure water.

Turbidity in pure and ultra pure water Monitor Features:

Consumables

Accessories

Spare parts

Turbidity in pure and ultra pure water Monitor Features:

Consumables

Accessories

Spare parts

1 877 291 5572

info@wjf.ca

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