ASI Instrumentation (M) Sdn Bhd

Inclinometers

By inclination is meant the relative angular tilt to the horizon or perpendicular. Any deviation from this home position (perpendicular) can be detected quickly and precisely with inclinometers made by the sensor specialist TURCK. Inclination sensors make use of the local gravity for the measurement of tilt angles. The MEMS technology (micro-electro-mechanic systems) on which the inclinometer is based, provides multiple application solutions for machines, robots, vehicles and airplanes, agricultural and construction machinery, transport devices or automatically adjustable furniture.

Temperature Sensors

The products are used everywhere where temperatures for control and optimisation of processes must be detected and monitored. They combine high accuracy and excellent performance with simple and safe mounting and operation. They are flexible to use and easy to program. Typical applications are process-related installations, manufacturing facilities and units, as well as air-conditioning systems. With respect to temperature sensors, various lengths and diameters are available. The temperature sensor can be easily adapted even to critical applications using diverse protective tubing or compression ferrule fittings. This provides maximum flexibility in use.

Pressure Sensors

Pressure transmitters for gaseous and liquid media operate with a piezo-resistive ceramic measuring cell and are divided into four, differently designed families The PS series (accuracy rating 0.5% of full scale) comes in a robust stainless steel housing and a 4-digit 7-segment display. The series comprises different types with switching and analog output. IO-Link compatible The PT series (accuracy rating 0.3 % of full scale) comes in a stainless steel housing with 2-wire technology and analog output. Die PC series (accuracy rating of 0.3 % of full scale) features a customer-specific switching output. The PK series (accuracy rating 1.0% of full scale) comes in a very light housing and is only suited for pneumatic and vacuum applications.

Flow Meters

In order to guarantee smooth operation and consistent quality, many processes require constant in and outflow of liquid or gaseous media. Flow sensors measure the speed and flow meters measure continuously the volume per time unit relative to the defined pipe cross-section. Flow measurement requires high repeatability and accuracy. TURCK sensors apply different methods for electronic measurement of flow rates, such as the calorimetric, the magnetic-inductive as well as the vortex principle..

Flow Sensors

Flow sensors are applied in automated manufacturing to detect deviating flow speeds of gases and liquids quickly and reliably. They are not applied to perform precise and costly measurements but to monitor limit values and flow patterns. High repeatability is the most important feature required in this context. Typical tasks are the monitoring of coolant circuits, run-dry protection of pumps or flow control of exhaust air ducts and air conditioning systems. TURCK flow sensors are available as compact devices with integrated or separate signal processor.

Magnetic Field Sensors

Magnetic field sensors are applied to detect the piston position in pneumatic cylinders. As magnetic fields permeate non-magnetizable metals, they detect a permanent magnet through the aluminium wall of a cylinder. Operating on a patented function principle, our sensors detect permanent magnets of various field strengths reliably in all common cylinder types. They are completely wear-free and short-circuit protected and also available as a weld-proof version.

Capacitive Sensors

Level measurement of liquids and bulk material is best implemented with capacitive sensors. Production processes are thus controlled in the best way possible. Constant control of consumption and assessment of demand requires on-time signalling of level limits in order to keep production processes running and to enable forward planning. This is possible with capacitive sensors. They can be mounted on the outside of metal containers without modification, where they capture the filling levels through the container wall. They detect many different substances, no matter if conductive, non-conductive, liquid or solid. The BCC sensor series is the optimum choice for bulk solids. They detect powders and granulates through extremely thick walls and are especially protected against static discharge. Deposits and conductive liquid films on container walls are a special challenge. Conventional sensors quickly reach their limits here. The TURCK BCF sensor series can deal with it. With the automatic wetting compensation integrated as a standard, they blank out adhesive deposits and liquid films on container walls. The QF5,5 type is extremely small and fits therefore in many places. There are almost infinite mounting options. It can be mounted to risers with cable ties or to other plastic pipes or even screwed on non-metal container walls. The QF5,5 can even detect problematic substances reliably, thanks to its extremely large switching distance. Any application can thus be handled.

Inductive Sensors

Inductive proximity sensors are designed for wear-free and non-contact detection of metal objects. For this purpose they use a high-frequency electromagnetic AC field that interacts with the target. Thanks to their unique coil concept, uprox+ sensors offer factor 1, highest operational safety and are easily and safely mounted.

complete product portfolio

Inductive proximity sensors are designed for wear-free and non-contact detection of metal objects. For this purpose they use a high-frequency electromagnetic AC field that interacts with the target. Thanks to their unique coil concept, uprox+ sensors offer factor 1, highest operational safety and are easily and safely mounted.

uprox®+ sensors

The new uprox®+ sensors by TURCK offer factor 1 and the largest switching distance. Maximum efficiency for plant construction achieved through extensive standardization. A single uprox®+ replaces many "conventional" sensor types. Maximum operational safety through simple and safe mounting. Maximum housing flexibility for application-optimized solutions.