Kaidi KD KS-P202 Temperature Transmitter Anti-lightning and impact resistance

KS series temperature transmitter, using PT100 temperature sensor as the sensitive element, using computer laser resistance control temperature compensation, using integrated junction box design. With professional terminal and digital display, easy installation, calibration, maintenance.

This series of products are suitable for petroleum, water conservancy, chemical industry, metallurgy, electric power, scientific research, environmental protection and other enterprises and institutions, to achieve the measurement of fluid temperature and suitable for various occasions all-weather environment and various corrosive fluids.

◓ Multiple range options;

◓ Easy to adjust zero point and range; reverse polarity protection and current limit protection;

◓ Anti-lightning and impact resistance;

◓ Small size, beautiful appearance, high cost performance;

◓ High precision, high stability, and high reliability; 

Signal terminals are arranged in the independent compartment of the electrical box. When wiring, you can unscrew the table cover on the wiring side. Power supply is connected to the transmitter through the signal line, no additional signal line can be used twisted-pair. In the case of serious electromagnetic interference, shielded wires and proper grounding are recommended. Do not put signal cables through metal pipes or in the same slot with other power cables. Do not pass signal cables near strong electric devices.

Threading holes in the electrical housing of the transmitter shall be sealed or plugged (with sealant) to prevent moisture accumulation in the electrical housing. If the threading hole is not sealed, the transmitter should be installed with the threading hole facing down in order to remove liquid.
The signal line may also float or be grounded at any point in the signal loop and the transmitter housing may be grounded or ungrounded.
Because the transmitter is grounded through capacitive coupling, the insulation resistance cannot be checked with a meg-ohmmeter higher than 100V, and the circuit should be checked with a voltage not greater than 45V.