Supplier News & New Products

BinMaster Introduces Maxima+ Series Rotary Level Indicator

Date Posted: June 7, 2008

Lincoln, NE—BinMaster, a leading manufacturer of industrial level control products, introduced the new Maxima+ Series of genuine fail-safe rotary level indicators.

Maxima+ level controls offer a highly-sophisticated ability to continuously self-diagnose and, in the event of failure, give an immediate warning with an instantaneous corrective response.

Today's users of level controls are demanding an increased level of performance. If there is an unexpected unit failure or power loss, for example, users want the system to manage itself to reduce or eliminate losses of time and money.

The Maxima+ series was designed for integration into process control systems, with reliable, super-smart circuitry that allows both materials level monitoring and automatic control of the process system.

Added flexibility provided by a Maxima+ level control when designing a process control system gives users maximum protection and cost savings.

In addition to automatic self-diagnosis, the supervisory circuit of the Maxima+ sends a signal to an external LED, which indicates the sensor's status, giving a quick visual monitoring of paddle rotation, covered condition or fault condition.

A pulse status relay is also provided for remote status monitoring.

Maxima+ controls have few moving parts, with simple and dependable operation. When material reaches the paddle, resistance causes the motor to "de-energize."

A relay changes status and automatically shuts off process systems.

When levels drop below the paddle, the motor energizes and the paddles start rotating.

The relay changes status again and automatically starts up process systems.

The Maxima+ series is designed for controlling dry bulk material storage and flow. Typical applications include feed, cement, grain, plastic, aggregates and wood products.

For more information, call 888-585-3416.

See Related Websites/Articles:

more SUPPLIER NEWS & NEW PRODUCTS...

Print or Email this article.