RAYTEK

Enhanced CS210 temperature monitoring system for rotary kilns

Berlin – Raytek introduces a new generation of CS210 system for non-contact temperature measurement and monitoring of rotary kiln shells. The modular system now integrates up to four infrared line scanners for monitoring long and difficult-to-access kilns. Additionally, point sensors cover shadow areas, for instance behind tyres. Designed for rotary kilns exclusively, the software compiles all data to a complete thermal image. The upgrade also enables a real-time display of a 3D thermal image of the kiln surface, making refractory monitoring especially user-friendly. Damaged and fallen bricks are quickly located, enabling users to initiate repair and avoid expensive production stops. The system provides a one-brick resolution and sends failsafe hotspot alarms. A Refractory Management database helps determine when best to replace the refractory. All oven-related and operational data, information about the refractory material, and maintenance dates can be easily managed and documented with a user history. A separate sensor monitoring the burning zone can also be integrated and managed via the software. Communication with the control room is typically realized via a fiber-optic cable and Ethernet TCP/IP. Moreover, the control level can access all system-related data via an OPC server.

HURON

MU TECH

MU TECH by Huron is an entry-level 3-axis milling machine that has the distinctive feature of being equipped as standard with an electrospindle. Versatile and multi-application, MU TECH can also operate in 3+2 axis mode. It offers high power at low speed for rough cutting of large parts since it can be used at service class S1 starting at 3000 rpm and at service class S6 for 40% of the time at 2200 rpm. Finishing operations can subsequently be performed in 5-axis mode at high speed. MU TECH 6, the first version available, features a dia. 600 mm table.

Verlinde

Loiselet Foundry at Dreux relocates production to France in new, highly automated facilities equipped with Verlinde powered hoists.

LOISELET Foundry, whose specialty is the production of cast iron products, is situated at Dreux, 70 km west of Paris. Founded by César Loiselet in 1850, the company is still owned by the family. The fifth generation, currently represented by Sylvain Loiselet, Chairman and Managing Director of the company and Sébastien Loiselet, is still very much at the helm. It will soon be the turn of sixth generation children to integrate the company, little by little, in various capacities.

Control Techniques

Energy efficiency: la Compagnie des Fromages counts on innovation with Emerson technologies

The subsidiary of the Bongrain Group is pursuing a policy to reduce its energy usage and CO2 emissions by investing in a facility designed by Cofely Axima, a leader in industrial refrigeration and a subsidiary of GDF Suez. This solution stands out for its use of a process that heats and cools within a single cycle and its use of key components supplied by the Emerson Group – a Vilter single-screw compressor from Emerson Climate Technologies and a Leroy-Somer variable-speed drive from Emerson Industrial Automation.

3M Gas & Flame Detection Oldham

Casella España is attending SICUR 2014

Arras, France. February 19, 2014 Casella España, Oldham’s partner in Spain since 1992, will be showcasing its wide range of measuring instruments related to the Health & Safety and Gas Detection fields at the SICUR 2014 Exhibition, which will be held February 25-28, 2014 in Madrid, Spain

KOLLMORGEN

Kollmorgen drives the lightweight helpers of Universal Robots

UR 5 and UR 10 are the names of the two models with which Universal Robots aim to establish the flexibility of articulated-arm robots in industrial production. The focus is on work areas in which conventional robots have thus far been too big, too expensive, and too loud. Due to their low weight they can be used wherever they are needed. A large part of the power density of the six-axis articulated robots comes from specially adapted KBM direct drive motors from Kollmorgen. Universal Robots was able to embed the motors directly into the articulation axes without need for additional housings.

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