ifm electronic’s TAD is a self-monitoring temperature sensor that requires no calibration, eliminating time-consuming and expensive set-up. Two high-precision sensor elements monitor each other in the process ensuring that any developing sensor drift is detected and reliably diagnosed. Possible error states are transmitted directly to the higher level controller using the sensor's diagnostic output.
The temperature proportional 4–20 mA current loop enables processing via all common controllers and allows scaling for respective temperature ranges. An additional output provides drift warning and drift alarm indications. The respective thresholds can be preset individually using software. IFM guarantees reliable drift detection within the preset drift thresholds for a period of five years.
An integrated temperature decoupling and hygienic connection are available for CIP and SIP applications. The completely sealed housing guarantees IP69K protection, and with the sensor’s special design, build-up of dirt is reduced and the sensor can be cleaned all around.
Measured values can be displayed via the optional programming set, and parameters can be optimised for the process or the application.
Various options are available with 40 mm to 100 mm probe lengths for use in temperature range from –25 to 150°C and in peak temperatures from -32 to 170°C.
For more information contact Celia de Beer, ifm electronic SA, 0861 43 6772, www.ifm.com
Leaders in sensor technology Gail Norton Instrumentation
Sensors & Transducers
Photoelectric eyes have always needed perfect working conditions, but in the workplace there is no such thing. Steam, water, light and dirt interfere with most photoelectric eyes, but never with a Telco sensor.
Read more...Temperature monitoring in dairies ifm - South Africa
Temperature Measurement
Milk is a natural product whose processing requires precise temperature settings. The Berchtesgadener Land dairy uses innovative temperature sensors from ifm in key process areas.
Read more...Miniature position sensor for precision motion control
Sensors & Transducers
The ILPS-13Z Series miniature linear variable inductive transducer position sensor is designed to deliver exceptional performance and reliability for a wide range of industrial and laboratory applications, including automotive R&D, motorsports, motion control, medical, military and aerospace.
Read more...Powerful measuring sensor with two new modes Turck Banner Southern Africa
Sensors & Transducers
Turck Banner has launched two new modes in the Q2X series of miniature photoelectric sensors: laser measurement and fixed-field.
Read more...Fire detection and safety solutions for mining ACTOM Electrical Machines
Sensors & Transducers
ACTOM Industry is expanding its portfolio with the introduction of cutting-edge fire detection and safety solutions designed for explosive atmospheres.
Read more...IO-Link master for the automation and IT world ifm - South Africa
Fieldbus & Industrial Networking
The decentralised IO-Link master modules from ifm serve as a gateway between intelligent IO-Link sensors and the fieldbus. Important information on the intelligent sensors can also be simultaneously sent.
Read more...IP67 power supplies with IO-Link interface for direct voltage ifm - South Africa
Electrical Power & Protection
Almost all electrical automation technology components require a voltage supply with 24 V DC. ifm presents new power supplies that meet the IP67 protection rating and can thus provide the voltage directly where it is needed.
Read more...Miniature, lightweight inductive linear position sensor
Sensors & Transducers
Alliance Sensors is now offering the miniature, lightweight LZ SERIES linear position sensor product line utilising LVIT Technology. The sensors are designed for tight spaces that require excellent stroke-to-length ratio.
Read more...Human-centric integration underpins Booyco Electronics’ approach to PDS
Sensors & Transducers
In the mining sector, the integration of advanced technologies such as proximity detection systems is critical to enhancing safety and operational efficiency. While the technological aspect is essential, the human factor plays a pivotal role in the successful implementation and adoption of these systems.
printer friendly version