discount 70% in 2018-09-23 to 2018-09-25
price: USD$ 49.00
freight :USD$7.00,(Postal parcel)
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XMT-SF50S series dual economy type intelligent temperature control instrument is a kind of intelligent industrial high anti-jamming performance, low cost and high reliability of the instrument. The instrument adopts advanced CPU chip, which has the characteristics of simple operation, reliable work and high performance price ratio. It is widely used in the automatic temperature control system of machinery, chemical industry, ceramics, light industry, metallurgy, petrochemical, heat treatment and other industries.
Instrument precision: - 1 DEG C; the cold end compensation error: < - 2 DEG C; power: 220VAC; range: 999 to 9999 DEG C; power: <3W; control mode: a bit control output (to the poor); input mode: thermocouple (K/E/S/B/R/J/T), thermal resistance (Pt100/Cu50) universal input relay output contact capacity: AV220V; resistance load; solid state relay / SCR control output can be selected; working environment: temperature 0 ~ 50 degrees, humidity <85%RH non corrosive non occasions with strong electromagnetic interference.
|Model||Outline size (mm)||Mounting opening dimension (mm)||Input type|
|XMT-SF501S||48×48×70||44+0.5×44+0.5||Thermocouple: K/E/S/B/R/J/T thermal resistance: Pt100/Cu50 universal input|
|XMT-SF502S||96 X 48 x 70 (vertical)||92+0.7×44+0.5||Thermocouple: K/E/S/B/R/J/T thermal resistance: Pt100/Cu50 universal input|
|XMT-SF503||48 x 96 x 70 (horizontal)||44+0.5×92+0.7||Thermocouple: K/E/S/B/R/J/T thermal resistance: Pt100/Cu50 universal input|
|XMT-SF504S||72×72×70||67+0.7×67+0.7||Thermocouple: K/E/S/B/R/J/T thermal resistance: Pt100/Cu50 universal input|
|XMT-SF505S||96×96×70||92+0.7×92+0.7||Thermocouple: K/E/S/B/R/J/T thermal resistance: Pt100/Cu50 universal input|
|XMT-SF506S||160 x 80 x 80 (vertical)||152+0.8×76+0.7||Thermocouple: K/E/S/B/R/J/T thermal resistance: Pt100/Cu50 universal input|
|XMT-SF507S||80 x 160 x 80 (horizontal)||76+0.7×152+0.8||Thermocouple: K/E/S/B/R/J/T thermal resistance: Pt100/Cu50 universal input|
XMT-SF504S wiring diagram XMTSF505S wiring diagram
Six. Operation instructions
① （Set) key: A in normal display, pressKey 3 seconds, into the parameter set state;
B in the set state, press onceKey, a new set value of the storage parameter, and the next parameter is displayed.
② (add) key: in the parameter setting state, increase the setting parameter value. In the measurement state, increase the value of control value
③ (reduce) key: in the parameter setting state, reduce the set parameter value. In the measurement state, the control value is reduced
Please press up or down key, you can quickly modify the settings
The power on self test
Connect the power supply, input and output of the instrument according to the terminal connection of the instrument.
Check the wiring of the instrument carefully, and switch on the power supply before the error is correct.
After the instrument is connected with the power supply, it enters the initial self check state immediately, and enters the measuring state after a few seconds, and then measures it according to the preset parameters in the instrument.
The parameter value set
PressKey, 3 seconds after the instrument into the parameter setting, parameter symbols are displayed in the top display, parameter values in the row display. At this point, you can modify the parameter values by increasing and decreasing the key. You can also pressThe key stores this parameter and does it.
Next parameter setting. Finally, return to the measurement state.
|Parameter symbol||Parameter definition||Setting range||Notes|
|SN||Input type (this type of instrument is universal input, which can meet the requirements of various types of thermocouple and thermal resistor by setting this parameter)||0－9||
|HR||Control mode setting||0、1||
0When the parameter is set to 0, the heater is controlled;At this time, the relay action is as follows: when the measured value is less than the control value, the relay is pulled in, and when the measured value is greater than the control value +dF, the relay is disconnected;
1:When the parameter is set to 1, it is used for refrigeration control;At this time, the relay action is as follows: when the measured value is greater than the control value, the relay is pulled in, and when the measured value is less than the control value -dF, the relay is disconnected;
|d||Return difference||0～9999||When HR = 0, the relay is closed when the measured value is "control value" when the relay is pulled in and the measured value > control value + DF value;
When HR=1, the measured value > control value, the relay is pulled in, and the relay is disconnected when the measured value is "-DF";
|SC||Correction value of measured value||-999～9999||Display value = measurement value +SC normal, SC is set to 0.|
|DIP||Decimal point||0 1||0: no decimal 1: a decimal fraction|
Seven. Instrument operation
After the instrument is energized, it enters the working state. If you want to set the value, please operate according to the above operation instructions.
Eight, matters needing attention
8. instrument damage without unpacking, within one year of the manufacturer is responsible for maintenance.