Systems

Kistler Morse MicroCell Bolt-On Strain Sensor

Kistler Morse MicroCell Bolt-On Strain Sensor

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Product Description :

The MicroCell Bolt-On Strain Sensor System

The MicroCell Bont-On Strain Sensor:


Product Brochure.PDF	Manual.PDF	Sensor Placement.PDF	Horizontal Leg Questionnaire.PDF	Vertical Leg Questionnaire.PDF

Multiple models available, Contact Us so we can select the perfect model for you!

When you need weight inventory you want to use a weighing system. With the Microcell — a highly sensitive and thermally stable semiconductor strain gauge sensor, KM pioneered bolt-on technology for measuring the contents of a wide range of bulk storage vessels. This sensor is still the standard way to measure the weight-induced strain in a vessel with a pipe leg support structure.

When two Microcells are bolted on opposite sides of the vertical pipe legs of a vessel, it converts the vessel into a weighing system. Adding weight to a vessel compresses the gauge, changing the Microcells resistance which produces an electrical output proportional to the material weight change.

The Kistler Morse Microcell is quickly and easily installed while the vessel is still in productive use. An empty vessel is not required for installation or calibration. For use on existing vessels with pipe legs, the Microcell is a cost-effective weighing solution compared to having to modify vessels for other types of weighing sensors.

In combination with your existing vessels, the versatility of the Microcell can supply a cost effective, easy to install, easy to maintain, highly reliable industrial strength weighing system. For cost and performance, nothing can compare with the Microcell when weight is needed and weight is wanted.

Features and Benefits:

Simple Bolts On Technology

Simple Mounting Configuration

75 Years MTBF

Uses Existing Vessel Structure

The Display:


Product Brochure.PDF	Manual.PDF	Output Interfaces.PDF

Multiple models available, Contact Us so we can select the perfect model for you!

The SVS 2000 accepts input signals from half- or full-bridge strain gage load cells through a high resolution (up to 21-bit) analog-to-digital converter. Resolution and gain are adjustable for optimal system performance. Weight is displayed at the indicator and the data can be serially polled from a master device. Analog and digital outputs can be generated from the inputs to the SVS 2000 to provide auxiliary controls.

The SVS 2000 includes setpoint preact, digital interfaces and Kistler Morse’s Sentry^TM DSP filter which provides stable, accurate readings under a variety of mixing conditions or plant vibrations. Sentry^TM digitally separates the vessel weight changes from the vibrations and dynamic conditions often experienced on vessels with mixers. This provides stable and accurate weight readings. Its flexibility allows you to optimize system performance so it won’t be fooled by sudden weight changes like other filter systems.

Using Quick Config, the SVS 2000 is easy to setup and calibrate without test weights or special load cells. Responses to simple Quick Config questions provides the SVS 2000 with the information needed to set up and calibrate the system for your application. Within minutes, the SVS 2000 provides usable weight information. Later, when convenient, a more accurate calibration is easily obtained by moving a known quantity of material.

The SVS 2000 provides easy system configuration and expansion to meet future requirements. Optional digital interfaces include A-B Remote I/O and DeviceNet®.

Features and Benefits:

Quick Config

Sentry DSP Filter

High Speed, High Resolution Weight Conversion

Alphanumeric Backlit LCD Display

Nema 4x Enclosure