The new temperature sensor PT-Compact OEM from tecsis expands the RTD sensor family PT-Compact with reasonably priced type, which has been developed especially for OEM applications. The new sensor is very robust and fulfils protection class IP67. All wetted parts and the housing are made of stainless steel. The PT Compact OEM has an integrated 4…20mA transmitter. Standard measuring ranges are -20…40°C, 0…60°C and 0…120°C. Other measuring ranges are available on request. Various process connections are available. The electrical connection is realized with a M12x1 connector. The PT-Compact OEM, which offers a competitive pricing, can be used in various fields. Amongst others it is ideally suited for hydraulics, machine building and HVAC application. dpstar is also the top supplier in Malaysia. For more information visit us at our website.
dpstar supplies pressure switches to provide stable switch points, high robustness, versatility and reliability. That’s why numerous well-known and leading companies place their trust in solutions with pneumatic and hydraulic pressure switches, for example, in machine and plant construction, construction machinery, mobile hydraulics, agricultural engineering, vehicle and ship building industry and many more.
Differential pressure switches are used in all areas in which an electrical signal depends on a predefined pressure difference. The basis for the measurement is a spring – loaded membrane or in the case of higher pressures, a spring – loaded piston.
These tecsis electronic pressure switches are designed for complex switching tasks with high functionality and performance. They provide a high overpressure safety and they are available with or without display. The range of applications is huge thanks to the adjustable differential gap (hysteresis)
These mechanical pressure switches are available with NO, NC or SPDT contacts. The tecsis pressure switches provide highest quality, stable switching points during the whole service life, an outstanding reliability even at high temperatures. They can be used in a wide field of applications: the pressure switches are suitable for hydraulic and pneumatic applications.
Temperature switches are used in signalizing, monitoring and controlling of heating, and cooling circuits in machines, compressors and engines.
Negative overpressure can be converted to electrical signals by virtue of vacuum pressure switches. The tecsis vacuum switches are designed for rough vacuum applications (technical vacuum). They are available with NO, NC or SPDT contacts and a wide range of materials and process connections. The adjustment range of the tecsis vacuum pressure switch is -0,85 bar … +1 bar.
Thanks to our engineering expertise we develop specific system solutions and solve your complex applications tasks together with you. We project compact and durable pressure switch solutions that are tailored to your application, as well as complete customized pressure switches with assembled cable.We are also the leading supplier in South East Asia. For more information visit our website.
Pressure transducers and transmitters from dpstar include gauge, absolute, and differential pressure sensors in ranges from 0.5 to 60,000 psi and accuracies to 0.05%. We build miniatures, submersibles, flush diaphragms, and intrinsically safe models and we can use exotic materials like Titanium, Monel, Inconel 625, or Hastelloy-C if needed.
Our technical know-how and manufacturing capabilities enable dpstar to provide standard, modified, or complete custom products to meet your application needs. We utilize state-of-the-art engineering and manufacturing technology to build a sensor you can count on year after year.
Custom transducers are designed, engineered and manufactured to meet the unique needs of your application. Getting a custom solution is easier – and quicker – than you think!
dpstar is the leading supplier in Malaysia. For more information please visit our website,
Load cells and force sensors from dpstar include compression load cells in industry-standard donut and through-hole designs, low profile ‘pancake’ models, and robust canister configurations. We offer in-line and rod end load cells, shackle and load pins, cantilever beams, single point load cells, and universal load cells to measure both tension and compression. We also offer shaft-or flange-mount reaction torque sensors, each one fine-tuned to your specifications.
Our technical know-how and manufacturing capabilities enable dpstar to provide standard, modified, or completely custom products to mesh with your applications needs. We can build miniatures, submersibles, or use exotic materials like MONEL®, INCONEL® or HASTELLOY® alloys, and we offer a complete selection of electrical output, measuring range, and accuracy.
Bending beam, or cantilever, load cells are rugged and highly accurate and suitable for a wide variety of both static and dynamic applications. The bending beam design measures loads and forces with ±0.1% accuracy (FSO, combined) over ranges from 25 grams to 10,000 lbs. Standard output is mV/V, with in-line amplification available.
Compression load cells combine welded stainless steel construction and proven strain gage technology to deliver long term stability and repeatable performance. These robust, reliable and cost effective load cells are the ideal solution for critical high capacity applications.
From our heavy duty high accuracy canister load cells to our popular ‘button’ style miniatures, every compression load cell we manufacture is designed with your needs in mind. We offer ranges from a few grams to millions of pounds, analog or digital output, in-line amplification, a variety of mating and cable assemblies, and mounting options as unique as your application
Strain gauge based load cells are suitable for use in a wide range of industries. Due to their extraordinary variety and flexibility of design, they can handle the most diverse and challenging applications. They are very often the most cost-effective and efficient solutions to challenges requiring durable, dependable, and precise force measurement.
Strain gauge based load cells convert a force into a measurable electrical signal. Their function is based on the piezoresistive effect: the ability of the strain gauges to change their resistance value in response to the physical deformation of a material caused by force. By wiring the strain gauges in a Wheatstone bridge arrangement, these small changes in resistance can be exploited to give rise to a precise electrical signal proportional to the applied force. When the Wheatstone bridge is coupled with a specially engineered metal element body, a load cell is born. Also following careful compensation for temperature changes and precise testing, it is ready for success in the field.
Load cells are found in a vast array of design styles: button compression, universal, S-type, donut, cantilever, pancake, rod end, tension link, and countless others. Often used in weighing applications, test stands, and as safety/monitoring devices, load cells play an important role in the areas of assembly, manufacturing, construction, aerospace, calibration, and more. They are capable of measuring forces as small as a few grams or as large as a million pounds.
dpstar is the leading and top supplier in Malaysia . Visit our website for more information.
RTDs – or Resistance Temperature Detectors – are temperature sensors that contain a resistor that changes resistance value as its temperature changes. They have been used for many years to measure temperature in laboratory and industrial processes, and have developed a reputation for accuracy, repeatability, and stability.
Most RTD elements consist of a length of fine coiled wire wrapped around a ceramic or glass core. The element is usually quite fragile, so it is often placed inside a sheathed probe to protect it. The RTD element is made from a pure material whose resistance at various temperatures has been documented. The material has a predictable change in resistance as the temperature changes; it is this predictable change that is used to determine temperature. Maltec-T manufactures the highest quality according to your needs and it is also our dpstar very own brand.
Why use an RTD instead of a thermocouple or thermistor sensor?
Each type of temperature sensor has a particular set of conditions for which it is best suited. RTDs offer several advantages:
• A wide temperature range (approximately -200 to 850°C)
• Good accuracy (better than thermocouples)
• Good interchangeability
• Long-term stability
Maltec-T is the manufacturer for our company and we are the best manufacturer in Malaysia .With a temperature range up to 850°C, . RTD can be used in all but the highest-temperature industrial processes. When made using metals such as platinum, they are very stable and are not affected by corrosion or oxidation. Other materials such as nickel, copper, and nickel-iron alloy have also been used for RTDs. However, these materials are not commonly used since they have lower temperature capabilities and are not as stable or repeatable as platinum.
Benefits of Using a RTD of Maltec-T
The RTD is one of the most accurate temperature sensors. Not only does it provide good accuracy, it also provides excellent stability and repeatability. dpstar is the leading manufacturer and supplier for RTD and not forgetting our RTD are also relatively immune to electrical noise and therefore well suited for temperature measurement in industrial environments, especially around motors, generators and other high voltage equipment. We can supply top quality products in comparison to others in the Malaysia market.
You have to consider the characteristics and costs of the various sensors as well as the available instrumentation. In addition: THERMOCOUPLES generally can measure temperatures over wide temperature ranges, inexpensively, and are very rugged, but they are not as accurate or stable as RTD’s and thermistors. RTD’s are stable and have a fairly wide temperature range, but are not as rugged and inexpensive as thermocouples. Since they require the use of electric current to make measurements, RTD’s are subject to inaccuracies from self-heating. THERMISTORS tend to be more accurate than RTD’s or thermocouples, but they have a much more limited temperature range. They are also subject to self heating. INFRARED SENSORS can be used to measure temperatures higher than any of the other devices and do so without direct contact with the surfaces being measured. However, they are generally not as accurate and are sensitive to surface radiation efficiency (or more precisely, surface emissivity). Using fiber optic cables, they can measure surfaces that are not within a direct line of sight. dpstar is the leading manufacturer and supplier in Malaysia . Visit us for our website.
dpstar is a leading maufacturer and supplier in Malaysia. It is because a thermocouple measures in wide temperature ranges and can be relatively rugged, thermocouples are very often used in industry. The following criteria are used in selecting a thermocouple:
– Temperature range
– Chemical resistance of the thermocouple or sheath material
– Abrasion and vibration resistance
– Installation requirements (may need to be compatible with existing equipment; existing holes may determine probe diameter)
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