The AutoSmart M is a micro IRt/c sensor connected to our AutoSmart transmitter for analog output. The micro IRt/c sensor is the smallest available in its class. This makes it an ideal candidate for use in confined spaces. As a result of its small size, it is capable of measuring small spots (3mm diameter). Used in various applications, including medical equipment, printing applications and robotics. Air purge jackets and mounting brackets are available as accessories.
The AutoSmart M features:
- Output 0-5V, 0-10V, 4-20mA (scalable)
- Non-contact
- Repeatability error 0,1% full scale
- Interchangeability ±1,5% full scale
- Resolution approx. 0,1°C (0.2°F)
- Small size sensor
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CleverIR AutoSmart IRt/c’s
AutoSmart M4
The AutoSmart M4 is a micro IRt/c.4 sensor connected to the AutoSmart transmitter for analog output. The micro IRt/c sensor is the smallest available in its class. This makes it an ideal candidate for use in confined spaces. This model has a narrow field of view of 14° to measure targets at larger distances. Suitable for temperatures above 100°C (212°F), it is popular in drying applications and process automation. Air purge jackets and mounting brackets are available as accessories.
AutoSmart MSV
The AutoSmart SV is a micro IRt/c.SV (Side View) connected to the AutoSmart transmitter for analog output. The micro IRt/c.SV sensor is the smallest available in its class, a side view model that is unique and ideal for use in hard-to-reach places where a sensor can be placed parallel to the target. As a result of its small size, it is capable of measuring small spots (3mm diameter). Used in various applications, including medical equipment, printing applications and in solar energy. Mounting brackets are available as accessories.
AutoSmart 1X
The AutoSmart 1X is an IRt/c.1X sensor connected to the AutoSmart transmitter for analog output. The IRt/c.1X is very similar to the IRt/c, and equals its reliability and robustness. With a threaded housing for easy mounting and installation, this model is used in many fields, including robotics, (3D) printing, drying and curing processes.
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