Introduction

Moduloc Control Systems offers a variety of laser measuring solutions for your measuring requirements. We have available the  ELDP & MDHD Laser Distance Measurement Meter, the LT2000 Laser Distance Measurement Meter and the ML Laser Triangulation Meter. Let our measurement experts help you solve your measurement requirements.

The ELDP & MDHD Laser Distance Measurement Meters are a Class I invisible laser and utilizes 'Time of Flight' distance measuring techniques. The ELDP  & MDHD  Laser Distance Measurement Meter is ideal for laser measuring off of prisms, reflectors or laser measuring directly off any surface up to 1400°C. 

The ELDP  & MDHD Laser Distance Measurement Meter is available in four models with working ranges up to 1200 meters off a prism reflector, up to 155 meters off of natural surfaces and up to 20 meters off of hot natural surfaces up to 1400°C (2552°F) including red hot steel. 

The ELDP & MDHD Laser Distance Measurement Meter are an ideal measuring laser for positioning of bridge cranes, transfer cars, mobile equipment and material handling systems in automated warehouses. The ELDP & MDHD Laser Distance Measurement Meter can also be used for tracking of hot metal inside of furnaces, caster cut-to-length and positioning of hot/cold product.

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The LT2000 Laser Distance Measurement Meter is a Class II Visible Red Laser and utilizes comparative phase shift measuring techniques. The LT2000  Laser Distance Measurement Meter is ideal for laser measuring off of white reflectors or laser measuring directly off any surface up to 1250°C (2300°F) .

The LT2000 Laser Distance Measurement Meter is available in two models with working ranges up to 100 meters off a white reflector, up to 150 meters using a special reflector, up to 50 meters off of natural surfaces and up to 25 meters off of hot natural surfaces up to 1250°C (2300°F) including red hot steel.

The LT2000 Laser Distance Measurement Meter is an ideal measuring laser for positioning of bridge cranes, transfer cars and mobile equipment. The LT2000  Laser Distance Measurement Meter can also be used for tracking of hot metal inside of furnaces, caster cut-to-length and positioning of hot/cold product.

The ML Laser Triangulation Measurement Meters is a Class II Visible Red Laser and utilizes Laser Triangulation & CCD array with digital signal processing measuring techniques. The ODS Laser Triangulation Measurement Meters have a broad range of usage and are well suited for laser measuring off surfaces where other devices fail.

The ML Laser Triangulation Measurement Meter is available in seventeen models with working ranges from 16mm up to 4 meters and with reproducibility from ±0.0008 mm up to ±0.5mm off natural surfaces and hot natural surfaces up to 1200°C (2192°F) including red hot steel. A special model is available to measure off of molten steel up to 1500°C (2732°F). The ML Laser Triangulation Measurement Meter is ideal for measuring off wood, plastic, rubber, paper, foam, textiles, food product, cold, hot or molten metals as well as various liquids.

The LD-6001 Laser Slab Length Measurement System - Laser Slab Width Measurement System utilizes advanced technology ELDP, MDHD or the LT2000 Laser Distance Meters in conjunction with a powerful   LD-6001 CPU engineered to provide convenient operation & communication between the lasers and the mill computer. The System can operate off both cold or hot product. This Gauge is well suited for determining the size and position of steel product such as slabs, blooms or billet in the furnace area & other difficult areas in the Rolling Mill.

The LD-6001 CPU displays the individual measured distances from each Laser Distance Meter and calculates the widths, lengths or centerline deviations. These values are then combined into a single data string for direct connection to a Mill PC.

Communication & adjustment of the Laser Distance Meter functions is via straightforward ASCII commands.

Calibration is achieved by positioning and configuring the system via the Mill PC or Modem.

The MDCV83200 Laser Thickness Gauge utilizes Class II Laser Triangulation Meters (LTMs) across the C-Frame to determine the thickness of the plate. Exceptional high accuracy of thickness measurement is provided as the Gauge is automatically calibrated off a Certified Master plate sample that identifies the distortions in the gauge frame due to ambient changes and radiant heat that is then compensated for in the thickness output.

In addition, the frame temperature is monitored by implanted thermocouples with the outputs inputted into the Gauge Controller algorithms. Using this technique, this Gauge automatically compensates for any distortions and provides high-resolution thickness measurement, regardless of the effect of such temperature changes.

The MDCV83200 laser Thickness Gauge operates via a Pentium 3VX Windows PC Controller mounted in a floor standing cabinet with flat resistive touch screen and user friendly graphic display. The Converteam HCPI software also addresses the expansion algorithms for 10 alloys to provide hot/cold conversion of plate thickness.

The C-Frame is purposely build from heavy steel plate and I-Beam support to maintain dimensions stability with changing ambient and high radiant heat emitting from the hot plate as it passes through the Gauge.

The MDCLS Series - Digital Camera Level Sensors are compact units with integrated optics and signal processor for precise measurement of the molten liquid level in Launders, Head Boxes, and Casters in the Aluminum and Non-Ferrous industry.

A focused Class II red laser sport is illuminated on the liquid surface and the image distance is determined by the internal CCD camera. LEDs clearly indicate when the object is at centre of measuring range or at limit of measuring.

The MDCLS Digital Camera Level Sensor Unit is housed for protection in a secondary robust stainless enclosure to give total protection as well as being provided with an Air Inlet venting as Air Purge out of a protective nozzle. This also enables replacement of the camera without disturbing the mounting configuration. The connection cable is also encased in a stainless flexible conduit to protect it from hot metal splash. A robust plug is provided with a mating socket for the laser to be implemented on-site.

MDCLS Digital Camera Level Sensors are established to be the ideal replacement for ultrasonic, radar or mechanical float level control as non-contact sensors that need little maintenance and maintain constant accuracy.

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For Additional Info on the Laser Distance Measurement Systems and Meters Click the Model Number Below:

ELDP & MDHD Laser Distance Meters