PST Sensors

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PST Sensors Specification

Resistance
Nominal 1000 at 0C

Output
Digital

Theory
Resistance Temperature Detector (RTD)

Type
Digital Temperature Sensor

Accuracy
0.1C

Operating Voltage
1.8V 3.3V

Output Voltage
1.8V to 3.3V

Compensated Temperature
-40C to 125C

Storage Temperature
-55C to 150C

Operating Temperature
-40C to 125C

Application
Medical, Industrial, Consumer Electronics, Automotive

RoHS Compliance
Yes

Dimensions
2.0 mm x 2.0 mm

Sensor Material
Silicon

Mounting Type
Surface Mount

Packaging Type
SMD (Surface Mount Device)

Response Time
< 1 second

Connection Type
Wire-bondable pads

About PST Sensors

PST Sensors:

Our domain expertise has enabled us to come up with quality PST Sensors. The products we offer are designed and engineered under the notable guidance of our diligent professionals. Furthermore, our products are timely delivered at clients disposal, with the assistance of wide distribution network.

A manostat is a pressure gauge which has a switch inside its casing. At a selected pressure the switch activates an electrical contact and stops the machine on which it is wired.

Kimo's PST is used to control pressure.

Measuring ranges: PST 11: -100 to +100 Pa with EV, PST 12: -1,000 to +1,000 Pa, PST 13: -10,000 to +10,000 Pa, PST 14: -500 to +500 mbar, and PST 15: -2,000 to +2,000 mbar
10-digit LCD display
One RCR relay 3A/230 Vac
Red LED in front
Software or DIP switch configuration
Quick and easy mounting with the 1/4 turn system with wall-mount plate

Technical details :

Measure details

Alarm : Red led in front and internal buzzer (70 dB at 10 cm)

PST-11
Sensor	Min	Max
Differential pressure	-100.00 Pa	100.00 Pa
PST-12
Sensor	Min	Max
Differential pressure	-1000.00 Pa	1000.00 Pa
PST-13
Sensor	Min	Max
Differential pressure	-10000.00 Pa	10000.00 Pa
PST-14
Sensor	Min	Max
Differential pressure	-500.00 mbar	500.00 mbar
PST-15
Sensor	Min	Max
Differential pressure	-2000.00 mbar	2000.00 mbar

Technical details :

Parameters	Differential pressure
Displays	1-line display
IP Protection	IP 65
Standards	2011/65/EU RoHS II 2012/19/EU WEEE 2014/30/EU EMC 2014/35/EU Low Voltage Power supply 24 Vac/Vdc +10%
Relay	1 RCR relay 3 A / 230 VAC
Ethernet communication	No
Modbus network	No

Instrument Dimensions :

Length	Width	Height	Weight
90.00 mm	46.00 mm	109.00 mm	143.00 g
Operating temperature
Min		Max
0.00 ^oC		50.00 ^oC
Storage temperature
Min		Max
-10.00 ^oC		70.00 ^oC

Supplied with :

1 ABS plate (expect ambiant model)
1 Fiche technique

Versatile Applications Across Industries

With its high precision and ultra-fast response, the PST Digital Temperature Sensor is a preferred solution in medical devices, industrial systems, automotive monitoring, and consumer electronics. Its reliability and compact design suit stringent and space-constrained applications where temperature accuracy is critical.

Robust Design and Simple Integration

Engineered from high-quality silicon and encapsulated in an SMD package, this sensor integrates easily via surface mount techniques and wire-bondable pads. Designed for ease of use, its digital output and low voltage operation streamline incorporation into both new and existing hardware platforms.

FAQs of PST Sensors:

Q: How do you mount the PST Digital Temperature Sensor onto a circuit board?

A: The PST Digital Temperature Sensor is designed for surface mount installation (SMD) and features wire-bondable pads, allowing for secure and straightforward placement on standard PCBs using conventional reflow soldering processes.

Q: What benefits does the PST Digital Temperature Sensor provide in medical and industrial environments?

A: Its exceptional accuracy of 0.1C, fast response time under one second, and robust operating temperature range make it invaluable for critical monitoring where precise temperature measurement affects operational safety, product quality, or patient wellbeing.

Q: When is it necessary to use a sensor with a rapid response time in your application?

A: Fast response times are crucial in applications where real-time temperature feedback is required, such as in medical patient monitoring systems, process control in industrial automation, or thermal management in automotive electronics.

Q: What is the process for connecting the sensor to electronic circuitry?

A: Connections are made via wire-bondable pads compatible with automated wire bonding equipment or manual soldering, facilitating secure and reliable integration into electronic modules.

Q: Where can these sensors be sourced in India?

A: PST Digital Temperature Sensors are available through a network of dealers, distributors, exporters, manufacturers, producers, retailers, service providers, suppliers, traders, and wholesalers across India.

Q: How does the Resistance Temperature Detector (RTD) theory improve measurement reliability?

A: RTD-based sensors leverage the predictable change in resistance of silicon with temperature, providing stable, repeatable, and highly accurate digital output over an extensive range.

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