Prices Online Include GST          1300 887 735

FilterTrak 660 sc Laser Nephelometer Sensor

 Print

Highest turbidity resolution in the industry.


ww article

Download the application article "Laser System Helps Track Turbidity at Ultra-Low Levels"

Tell us about your current online turbidity solution:*



Privacy Policy

Filtertrak 660 sc Laser Nephelometer w/ SC200 Controller, 2 Channel
System with Digital Communications
2977000
 Filtertrak 660 sc Laser Nephelometer w/ SC200 Controller, 2 Channel
2977100
 Filtertrak 660 Laser Nephelometer w/ SC200 Controller, 24VDC, 2 Channel
2978300
 Filtertrak 660 sc Laser Nephelometer w/ SC200 Controller, 1 Channel
2978400
 Filtertrak 660 sc Laser Nephelometer w/ SC200 Controller, 24 VDC, 1 Channel
Filtertrak 660 sc Laser Nephelometer Sensor (Instrument only)
Filtertrak 660 sc Laser Nephelometer Sensor (Instrument only)
Details
$Contact Hach

Finest Level of Sensitivity in the market

Using advanced laser optics and signal processing, the instrument detects increased concentrations of submicron-sized particles that are a precursor to larger particles. This allows for early filter deterioration detection that meets or exceeds that of particle counters all with the day-to-day convenience, simplicity, and reliability of a Hach turbidimeter. Operators can detect impending filter breakthrough, delineate filter ripening, and maximize effective filter run time. The Hach FilterTrak 660 sc Laser Nephelometer has the ability to detect changes as small as 0.5 mNTU or 0.00005 NTU change in turbidity, providing operators with confidence in the their turbidity measurement.

Meets all USEPA Filter Monitoring Requirements

The FilterTrak sensor uses U.S. Environmental Protection Agency (USEPA) approved Hach FilterTrak Method #10133, the method specified in the USEPA LT2 draft guidance manual for compiance monitoring of membrane filters. The sensor meets all regulatory requirements for individual filter and combined effluent monitoring.

Monitor, Optimize, and Report

USEPA method compliance means that treatment plants with conventional or membrane filtration can monitor and optimize, as well as report, using this single technology.

Compatible with Hach Multi-Sensor, Multi-Parameter Digital Controllers

The FilterTrak sensor can be used with any of Hach's sc Digital Controllers. Each sc controller accepts from two to eight sensors. Multiple controllers can be networked to accomodate many more sensors and parameters, reducing the cost per measuring point. Just plug in any Hach "plug and play" digital sensor and it's ready to use without software configuration. "Plug and Play" connectivity means there's no complicated wiring or set up. The FilterTrak 660 sc Nephelometer controller system now can manage multiple digital sensors.

Five Models for Specific Requirements

Sensor Only:

Filtertrak 660 sc Laser Nephelometer Sensor (Instrument only)

System with Digital Communication:

Filtertrak 660 sc Laser Nephelometer w/ SC200 Controller, 2 Channel Filtertrak 660 Laser Nephelometer w/ SC200 Controller, 24VDC, 2 Channel Filtertrak 660 sc Laser Nephelometer w/ SC200 Controller, 1 Channel Filtertrak 660 sc Laser Nephelometer w/ SC200 Controller, 24 VDC, 1 Channel
Filtertrak 660 sc Laser Nephelometer w/ SC200 Controller, 2 Channel Filtertrak 660 Laser Nephelometer w/ SC200 Controller, 24VDC, 2 Channel Filtertrak 660 sc Laser Nephelometer w/ SC200 Controller, 1 Channel Filtertrak 660 sc Laser Nephelometer w/ SC200 Controller, 24 VDC, 1 Channel

Features: Superior Filter Management

Local Water Utility

The sensitivity of the FilterTrak 660 sc Laser Nephelometer improves filter management throughout the filter run. The graph shows simultaneous measurements from a FilterTrak nephelometer and a particle counter in a water plant. During the ripening process (A), the FilterTrak nephelometer provided a more revealing profile of actual filter performance. It also recorded a filter event (B) that the particle counter was unable to detect.

The FilterTrak 660 sc is more sensitive than a particle counter with the convenience of a turbidimeter.