The Temperature Sensor Specialists

Constantly improving temperature measurement.

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Conduction Error in Temperature Sensors

Conduction error is a common problem for small application contact temperature sensors.

Temperature sensors can be very accurate devices, however poor probe design or bad installation can easily give a system significant temperature reading errors. Conduction error is primarily caused by inadequate immersion. Heavy Industrial applications usually have good immersions, but designers of small pieces of equipment must address the problem.

Sensors usually need protection sheaths and always use signal cables. Both items will conduct heat away from a system. Probe leads and sheath will pass through a thermal gradient at some point. If the thermal gradient is close to the measuring point, then the sensor will be influenced to some degree by ambient conditions.… Read more

1 Wire Sensor, Digital thermometer

Peak Sensors now supplies assemblies that are based on Maxim IC 1 Wire Sensors.

Direct to Digital Signals

Volume OEM Applications within the temperature range -55 to + 125 deg C now can use the Maxim High Precision 1-wire Digital thermometer. A digital signal directly from the sensor can give significant advantages over competing technologies.

No standard ready built instrumentation is available, however when volumes are sufficiently high, specialist instrument and software can be designed into equipment control systems.

1 Wire sensor attributes

The accuracy is only +/- 0.5 deg over the range -10 to + 85 deg. 9 bit (0.5 degC) resolution and conversions in 750 ms are adequate for many applications.Read more

Original Equipment Temperature Sensors

Many equipment designers require temperature measurement inputs in Original Equipment they are creating. Demands for thermal control, overheat protection, temperature compensation, heater and cooler switching all require system signals.

 

Working with Original Equipment Designers.

 

Peak Sensor staff are never happier than when we are talking to a design engineer about a new application. Engineers know their product well. Peak Sensors staff know about sensors. Put the two together and great solutions can emerge.

 

Good sensor design identifies the balance between a number of conflicting parameters

 

  • Probe Cost
  • System cost
  • Robustness
  • Protection from ambient conditions
  • Speed of response
  • Process connection
  • Accuracy
  • Sensor lifetime
  • Subsequent assembly
  • Replacement

 

Peak Sensors has a long history of working with designers to create optimal solutions for original equipment.… Read more