Optris infrared thermometer CTlaser LT

NegotiableUpdate on 01/03

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Overview

Optris infrared thermometer CTlaser LT $r $noptris CTlaser LT type infrared thermometer can measure temperature on objects at a distance of 70mm and 0.9mm. The configuration time of the Optris CTlaser LTF infrared thermometer is as short as 9ms, making it suitable for monitoring rapid working processes. Both models of thermometers offer sturdy and durable high-quality stainless steel probes with dual laser sights that can measure field markings at every distance.

Product Details

Optris infrared thermometer CTlaser LT

The Optris CTlaser LT infrared thermometer can measure temperature on an object at a distance of 70mm and 0.9mm. The configuration time of the Optris CTlaser LTF infrared thermometer is as short as 9ms, making it suitable for monitoring rapid working processes. Both models of thermometers offer sturdy and durable high-quality stainless steel probes with dual laser sights that can measure field markings at every distance.

Optris infrared thermometer CTlaser LTProduct Specifications

measurement parameters
Temperature range (measured through software)	-50°C~975°C
spectral range	8µm~14µm
Optical resolution (90% energy)	75:1 CTlaser LT 50:1 CTlaser LTF
Optional Focus (CT Laser) (Note 1)	CF1 0.9mm@70mm ；CF2 1.9mm@150mm ；CF3 2.75mm@200mm ；CF4 5.9mm@450mm ；SF 16mm@1260mm
System accuracy	± 1% or ± 1 ° C (Note 2) (Note 3) (CTlaser LT) ± 1.5% or ± 1.5 ° C (Note 2) (Note 3) (CTlaser LTF)

repeatability accuracy	± 0.5% or ± 0.5 ° C (Note 2) (CTlaser LT) ± 1% or ± 1 ° C (Note 2) (CTlaser LTF)
Temperature resolution (noise equivalent temperature difference)	0.1°C（CTlaser LT） 0.5°C（CTlaser LTF）
Response time (90% signal) (Note 4)	9ms（CTlaser LTF） 120ms（Tlaser LT）
Emissivity/gain (adjusted by setting keys or software)	0.100~1.100
Transmittance/gain (adjusted by setting keys or software)	0.100~1.100
Signal processing (specific parameters can be adjusted through software)	Peak hold, valley hold, average, extended hold threshold, and lag function
Basic Parameters
environmental level	IP65（NEMA-4）
ambient temperature	Probe: -20 ° C~85 ° C (laser on at 50 ° C); Electronic box: 0 ° C~85 ° C
Storage temperature	Probe: -40 ° C~85 ° C; Electronic box: -40 ° C~85 ° C
relative humidity	10%~95%, no condensation
Vibration (sensor)	-IEC 60068-2-6 (sinusoidal waveform)/- IEC 60068-2-64 (wideband noise)
Impact (sensor)	-IEC 60068-2-27 (25G and 50G)
weight	Probe: 600g; Electronic box: 420g
Electrical parameters
analog output	Channel 1: 0/4-20mA, 0-5/10V, thermocouple J, K Channel 2: Probe temperature (0-5V or 0-10V corresponds to -40-85 ° C), alarm output
alarm output	0-30V/50mA (normally open)
optional	Relay: 2 × 60VDC/42V AC; 0.4A; optical isolation
Digital output (optional)	USB, RS232, RS485, Modbus RTU (serial communication protocol), Profibus DP (fieldbus multifunctional slave design), Ethernet
Output impedance	MA Max 500 Ω (DC 5-36V), mV Min 100k Ω (pure impedance load); Thermocouple 20 Ω
signal input	Programmable function input, used for external emissivity adjustment/environmental temperature compensation, triggering (holding function reset)
cable length	3m (standard), 8m, 15m
power supply	DC 8-36V
Current consumption	Max 160mA
Laser 635 nm	1mW， Open/close through electronic box or software
Note 1	Different spots of CTlaser LTF thermometer (DS=50:1)
Note 2	Take the larger value
Note 3	Object temperature>0 ° C,=1
Note 4	Dynamic adaptation at low signal levels

Application areas of optris CTlaser LT/LTF infrared thermometer

The two-line Opus CTlaser LT type two-line infrared thermometer is designed for universal temperature measurement and can withstand 975 ° C. The research and development tools rely on measurement data, and machine and system manufacturers are beneficial for using this device.

The laser of the high-temperature thermometer is suitable for temperature measurement of non-metallic surfaces. This includes materials such as plastic, varnish, wood, or paper. Infrared thermometers are suitable for temperature control during plastic component welding processes and testing stations in the automotive industry.

The CTlaser LTF is designed for rapid measurement by recognizing temperature changes within 9ms, ensuring temperature monitoring of fast processes.

model	temperature range	temperature measurement accuracy	response time	distance coefficient	spectral response
OPTCTLLT	-50～975℃	±1%±1℃	120ms	75：1	8～14μm
Optctlltf	-50～975℃	±1%±1.5℃	9ms	50：1	8～14μm
Operating Temperature	Probe: -20~85 ℃, electronic box: 0~85 ℃
analog output	0/4-20mA, 0-5/10V, J/K type thermocouple signal output
digital output	USB、RS232，RS485，CAN-Bus,Profibus DP, Ethernet 可选
emissivity	0.100~1.100 software settings
Connecting cable length	3m, 8m, 15m optional
signal processing	Peak holding, valley holding, average value.
power supply	8～36VDC
application	Printing, painting, hot pressing, drying, vulcanization, papermaking, textiles, plastic films, asphalt, pharmaceuticals, electricity, grinding tools, metal secondary processing, heat treatment, new materials, various high-temperature furnaces, melting furnaces, sintering furnaces, induction heating, glass melting furnaces, heat treatment equipment, various brazing, laser welding, and laboratory research