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The Raytek GP infrared pyrometers come with two types of rugged sensors: GPR and GPS. They both provide standard or close focus optics and target temperature readings with 1% accuracy. In addition, the laser sighted GPS model provides alignment in hard-to-reach locations, or to small or distant targets. The GPS is capable of measuring targets as as small as 4.5 mm (.18 in) and 35:1 spot size at 200 mm (8 in) distance, for the close focus version of the sensor. The GPS targets temperatures from -18 to 540ºC (0 to 1000ºF) with 1% accuracy, and has a standard optical D:S ratio of 50:1. The GPS integrated coaxial Class 2 laser is connected to the remote activation switch box via the included 4 m (13 ft) cable. An additional 8 m (26 ft) of cable is also included to connect the switch box to the GP monitor.

With this anemometer ANE8903 you can measure both the wind speed and the ambient temperature.

Ex Thermostat - the Thermostat serves for limiting, monitoring or control of room temperatures, medium or surface temperatures within hazardous areas of categories 2 or 3. Type ExTR60E-50 Standard Ex Thermostat with temperature range -20 ... +50°C, adjustable with knob, current rating 16A. Type ExTR60D-50 Standard Ex Thermostat with temperature range -20 ... +50°C, adjustable with screw, current rating 16A. Type ExTR60D05/10/15 With fixed temperature 5 / 10 / 15°C - for simple control of the room temperature (e.g. frost protection) in explosion hazardous areas. Design with fix mounted 2m connection cable.

With this anemometer ANE8903 you can measure both the wind speed and the ambient temperature.

The TagTemp is a small portable electronic data logger for measuring and recording ambient temperature changes for applications - on the move.

The TagTemp is a small portable electronic data logger for measuring and recording ambient temperature changes for applications - on the move.

The TagTemp is a small portable electronic data logger for measuring and recording ambient temperature changes for applications - on the move.

The TagTemp is a small portable electronic data logger for measuring and recording ambient temperature changes for applications - on the move.

The TagTemp is a small portable electronic data logger for measuring and recording ambient temperature changes for applications - on the move.

The infrared sensor head tolerates ambient temperatures up to 315°C without cooling. Separated from the rugged electronics housing by a flexible fiber-optic cable, it may be positioned near the measured target. The sensor head is non-conductive and offers improved immunity to RFI and EMI interference. Temperature range 250 – 3200°C 4-year warranty Durable IP65 (NEMA4) housing Laser sighting option LAN/Ethernet interface with PoE for sensor communication Profinet interface option Programmable relay output Fail-safe alarm Isolated analog input/output Rugged stainless-steel housing Dirty-window alarm Endurance software for remote configuration, remote monitoring, and field calibration One or two-color models available APPLICATIONS Primary & secondary metals production Induction heating Lightbulb, halogen lamp production Glass melting Semiconductor furnaces Cement/lime kilns Refuse burning Carbon graphite production Rubber & thick plastics

The MTS1HIGHTEMP is a high-sensitivity, single-channel thermopile detector for precise, non-contact temperature measurement. Tanks to the housing with a soldered filter the detector is resistant to humidity, aggressive gases and other environmental influences. The high detectivity of up to 12.2*10^8 cm√Hz/W and the high sensitivity of up to 501 V/W are achieved by back gassing with krypton and the special chip design. Influences by humidity in the measuring environment are eliminated by a filter used in the transmission range from 8 to 14 µm. These properties allow the use in applications with high requirements, such as temperature monitoring of thermally indexed process parameters in the metal industry or testing of maintenance-relevant properties in the solar semiconductor industry. The detector can be used at ambient temperatures between -20 and 180 °C. An integrated thermistor for intrinsic temperature monitoring can compensate external temperature influences.