The online Infrared Temperature Sensor for high-temperature welding equipment can output 485 signals and analog signals (default 4-20mA) synchronously
The online Infrared Temperature Sensor for high-temperature welding equipment can output 485 signals and analog signals (default 4-20mA) synchronously, with precise coaxial center laser aiming function, minimum focus 3mm, LCD display current status, can easily align the measurement target and indicate the best measurement distance. Provide users with easy-to-use and highly reliable measurement methods. Especially suitable for laser welding, brazing, induction heating, microwave heating, CVD cultivation equipment, smelting, forging and other environments where contact temperature sensors cannot measure.
Laser indicates the measuring position, standard focusing lens can focus, the minimum focus is 3mm, which can meet the precise non-contact temperature measurement of tiny welds and welding points;
The smallest spot is the best measuring position;
The solid and durable sensor head meets the IP65 standard;
LCD temperature display, focal length: 300mm-10000mm adjustable;
Synchronous output of 485 signal and analog signal, with communication indicator light;
4-20mA/or 0-20mA (plus 250 ohm or 500 ohm resistor can be converted to 0-5V/1-5V/0-10V/2-10V).
Induction heating, CVD cultivation equipment, welding equipment, smelting, forging, printing, papermaking, lamination, drying, processed food, textile, pharmaceutical, metallurgy, kiln, flat glass, refractory materials, heating furnace, laser welder.
If you are interested in our Infrared Temperature Sensor, please contact us for more information and quotes.
Contact number: 156 3719 8390
Email: shirley@cysitech.com
Contact person: shirley
WeChat: 18736046549
Product model | CY-ZL1200AD |
Emissivity adjustment | potentiometer adjustment (0.01-1.00) |
Temperature range | 350~1200℃ (segmentable, expandable 150-700℃/700-1800℃) |
Spectral range | 1.6μm |
Optical resolution | 120:1 |
Temperature measurement accuracy | ±1.2% |
Response time | 50mS |
Repeat accuracy | ±1% |
Emissivity | 1.0 |
Protection level | IP65 (NEMA-4) |
Ambient temperature | 0-60℃ |
Relative humidity | 10-95% (no condensation) |
Storage temperature | -20-80℃ |
Working voltage | 1. When 485 signal and analog signal are output synchronously: 9-24V DC; 2. When 485 signal is output alone: 5-24V DC. |
Maximum current | 80mA |
Maximum loop impedance | 500Ω (at 24VDC) |
Output signal | with 485 Modbus_RTU standard protocol and current (default 4-20mA) synchronous output function |
Communication protocol: standard Modbus_RTU protocol | |
4-20mA/or 0-20mA (Adding a 250 ohm or 500 ohm resistor can be converted to 0-5V/1-5V/0-10V/2-10V) | |
Output resolution | 1℃ |
Main material | stainless steel |
Product size | 25mm diameter, total length 160-174mm (including plug, probe length varies with focus) |
Product weight | 300g (including cable weight) |
Cable length | 3m standard (other special specifications can be customized) |
Electrical interface | aviation connector |
Display mode | four-segment LCD display |
Lens focal length | 300-10000mm adjustable |
Working indicator light | built-in working and 485 communication indicator lights |
Laser lighting method | 1. The lead wire will light up when it is touched, and will turn off when it is disconnected or normally closed and always on (the laser has a service life, and it is not recommended to keep it always on); |
2. When the target temperature is greater than the lower limit temperature of the instrument, aiming will turn on automatically with a delay, and the laser delay off time is adjustable. |
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