Micro-Epsilon - PRODUCT NEWS
Novel, high-speed temperature sensor wins German innovation award.
A novel, high performance, non-contact temperature sensor system has been launched, which not only boasts a temperature range from 40°C up to 975°C, but also offers unique 75:1 infrared optics with a patented, double-aiming laser crosshairs system, for applications where small spot size is critical. The 75:1 optics with selectable focus at distances from 70mm to 1,260mm is generating unbeatable small spots at low temperatures, of 0.9mm at 70mm. Where users need to detect or scan for hot spots in fast-moving objects in production environments, the CT Laser F (Fast) is available with a 9ms exposure time.
Launched at the recent Hanover Fair exhibition in Germany, Micro-Epsilons new Optris CT Laser Series of non-contact, infrared temperature sensors, combine the accuracy of 75:1 infrared optics (the highest ratio currently on the market for this type of sensor) with small spot sizes, low temperature measurement and precision aiming. In fact, so innovative is the sensor, that it has just been awarded Germanys Industrial Innovation Prize from the Mittlestand Initiative 2007, beating more than 300 other industrial innovation products from Germany into first place.
Ulrich Kienitz, Managing Director of Micro-Epsilons Optris division, comments: We are delighted to have been awarded the innovation prize, particularly when there were more than 300 other industrial companies entering the competition. The CT Laser Series really is quite special and unique from other products out there. First, the small spot size is made possible by a patented, high accuracy, double laser crosshairs system and 75:1 optics that enables temperature measurements down to 40°C and as high as 975°C.
The double laser aiming marks the real spot size and location at any distance, without the need for mechanical choppers. The 75:1 optics with selectable focus generates small spot sizes at distances between 70mm and 1,260mm. For example, the spot size is 0.9mm at 70mm, or 1.9mm at 150mm.
Kienitz continues: Second, as always with Optris products, customers will be very impressed with the price-performance ratio of the sensor. The CT Laser F [Fast version] operates on an exposure time constant of just nine milliseconds [9ms], and so is ideal for high-speed production environments, where the user needs to scan or detect hot spots on fast-moving objects. The nearest competing sensor product that we are aware of operates at 60 milliseconds [60ms].
The CT Laser really does represent a step-change in the development of non-contact temperature sensors. 75:1 laser optics on the sensor is an industry first, with the nearest competing product offering 70:1 optics. In addition, the CT Laser can operate in ambient temperatures of up to 85°C without cooling, again, around 35°C higher than competing products currently on the market.
Available for less than £555 for a standard unit, the CT Laser Series should prove very popular with UK-based machine builders, OEMs and systems integrators. Chris Jones, Managing Director at Micro-Epsilon UK comments: To date, end users and machine builders requiring small spot sizes at low temperatures have had to put up with the classical pyrometer restrictions such as choppering of signals, large size detectors and longer response times. The new CT Laser uses new, super-sensitive detectors, bringing these challenges under control at a favourable price-performance ratio. The connectivity and range of interface options available on the CT Laser are also second-to-none.
The range of optional interfaces available includes a Profibus DP interface, USB, RS232, RS485 and CANbus. The CT Laser range features selectable analogue outputs 0/4-20mA, 0-5/10V, thermocouple type K or J as standard.
For more information on Micro-Epsilons Optris range of non-contact temperature measurement products, please call the UK sales department on 0151 260 9800 or email: email@example.com
Micro-Epsilon (www.micro-epsilon.co.uk) is a major global manufacturer of sensors, headquartered in Germany. The company's range of sensors measure everything from displacement to distance, position, vibration, dimensions and thickness, using both contact and non-contact measurement techniques. These techniques include inductive, differential transformer, eddy-current, capacitive, laser-optical, potentiometric and draw-wire principles.
With more than 30 years' experience in the industry, Micro-Epsilon isn't just a sensor manufacturer. The company is highly innovative and understands the importance of providing complete solutions and support services for its customers. The firm is renowned for its expertise in consulting, development and application of industrial sensors to complex, customer-specific solutions for measurement, inspection and automation. The focus is on selling technical advantage to its clients.
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