Innotek IF/IB/BWDK thermostat model naming rules
Date: June 16, 2025 16:28:03
IF/IB/BWDKis the prefix of the model, IF means fiber optic temperature measurement products, IB/BWDK means platinum RTD - PT100 temperature measurement products.
The first marking after the first horizontal bar represents the thermostat series and installation method, where S, Q, PQ, DQ, E, YE, TQ, RC, RD, etc. are for recessed installation, and L, K, YK, TG, TB, YL, RA, RB, etc. are for wall-mounted installation.
The second mark represents the working power of the thermostat: the number 1 indicates that the working power is DC power supply - DC220V, the number 2 indicates that the working power is AC power supply - AC220V, the number 3 indicates that the working power is AC power supply - AC380V, the number 4 indicates that the working power is AC/DC power supply - AC/DC220V, the number 5 indicates that the working power is AC power supply - AC110V, AC230V, AC240V, and other special power supplies. AC110V, AC230V, AC240V and other special power supply.
The third marking (consisting of 2 characters) represents the type of fan contact: 01 for active contact (after the function contact is activated, the two terminals output the working supply voltage), 02 for passive contact (after the function contact is activated, the two terminals conduct between them).
Railway project type thermostat - the third character represents the number of temperature measurement channels, for example, 03 represents the thermostat for 3-channel temperature measurement, 05 represents the thermostat for 5-channel temperature measurement.
F is to add RS485 communication function on the basis of D type temperature controller; N is to add Ethernet communication function on the basis of D type temperature controller; E is to add 4~20mA analog current output function on the basis of D type temperature controller; I is to add core temperature measurement function on the basis of D type temperature controller;
G on behalf of the D-type thermostat on the basis of increasing the environmental temperature measurement function; L on behalf of the D-type thermostat on the basis of increasing the fan out-of-phase (broken, open, overcurrent and other faults) monitoring function; C on behalf of the D-type thermostat on the basis of increasing the PTC130 and PTC150 temperature measurement (thermistor temperature measurement - for the alarm and over-temperature over-temperature tripping stop start-stop function) interlocking control function; H on behalf of the D-type thermostat on the basis of increasing environmental humidity testing function; TH on behalf of the D-type thermostat shell with three-proof function. H on behalf of the D-type thermostat to increase the environmental humidity test function; TH on behalf of the D-type thermostat on the basis of the thermostat shell with three-proof function.
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