Frigor Tstat Series, Manual

Page: 38 / 56

Tstat Series
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Address Register Name Register and Description
187 MODBUS_TABLE2_HALFONE Lookup Table 2 - 0.5V value Sensor value that corresponds to 0.5V
188 MODBUS_TABLE2_ONE Lookup Table 2 - 1.0V value Sensor value that corresponds to 1.0V
189 MODBUS_TABLE2_HALFTWO Lookup Table 2 - 1.5V value Sensor value that corresponds to 1.5V
190 MODBUS_TABLE2_TWO Lookup Table 2 - 2.0V value Sensor value that corresponds to 2.0V
191 MODBUS_TABLE2_HALFTHREE Lookup Table 2 - 2.5V value Sensor value that corresponds to 2.5V
192 MODBUS_TABLE2_THREE Lookup Table 2 - 3.0V value Sensor value that corresponds to 3.0V
193 MODBUS_TABLE2_HALFFOUR Lookup Table 2 - 3.5V value Sensor value that corresponds to 3.5V
194 MODBUS_TABLE2_FOUR Lookup Table 2 - 4.0V value Sensor value that corresponds to 4.0V
195 MODBUS_TABLE2_HALFFIVE Lookup Table 2 - 4.5V value Sensor value that corresponds to 4.5V
196 MODBUS_TABLE2_FIVE Lookup Table 2 - 5.0V value Sensor value that corresponds to 5.0V
197 MODUBS_HUMIDITY_RH Humidity Control Register, 0 = defautl, write 1 here to set to fac calib,
198 MODBUS_HUMIDITY_FREQUENCY Current humidity sensor value
199 MODBUS_HUM_PIC_UPDATE
Update calibration data, when set to 1, tstat will update the calibration data
to PIC
200 MODBUS_HUM_CAL_NUM
Calibration points number, value can be single or two point calibration for the
Tstat6
201 MODBUS_HUM_CURRENT_DEFAULT
Decide which calibration table will be used. 0 = default table 1 = customer
table
202 MODBUS_MODE_OUTPUT1
Determine the output1 mode. 0, ON/OFF mode; 1, fl oating valve for cooling;
2, fl oating valve for heating 3, PWM
203 MODBUS_MODE_OUTPUT2
Determine the output2 mode. 0, ON/OFF mode; 1, fl oating valve for cooling;
2, fl oating valve for heating 3, PWM
204 MODBUS_MODE_OUTPUT3
Determine the output3 mode. 0, ON/OFF mode; 1, fl oating valve for cooling;
2, fl oating valve for heating 3, PWM
205 MODBUS_MODE_OUTPUT4
Determine the output4 mode. 0, ON/OFF mode; 1, fl oating valve for cooling;
2, fl oating valve for heating 3, PWM
206 MODBUS_MODE_OUTPUT5
Determine the output5 mode. 0, ON/OFF mode; 1, fl oating valve for cooling;
2, fl oating valve for heating 3, PWM
207 MODBUS_OUTPUT1_SCALE Analog Output1 range - 0=On/Off, 1=0-10V, 2=0-5V, 3=2-10V, 4= 10-0V
208 MODBUS_OUTPUT2_SCALE Analog Output2 range - 0=On/Off, 1=0-10V, 2=0-5V, 3=2-10V, 4= 10-0V
209 MODBUS_DIGITAL_OUTPUT_STATUS Output1 tot 5, bit 0 thru 4 = relay 1 thru 5.
210 MODBUS_COOLING_VALVE
Output6 ,Analog output1, a number from 0-1000 representing 0% (closed) to
100% (open). When Range = On/Off mode, On=1000, Off=0.
211 MODBUS_HEATING_VALVE
Output7 Analog output2, a number from 0-1000 representing 0% (closed) to
100% (open). When Range = On/Off mode, On=1000, Off=0.
212 MODBUS_DAC_OFFSET
DAC_OFFSET , Calibration data for the 0-10VDC signal, internal variable
maintained by tstat
213
MODBUS_OUTPUT1_DELAY_OFF_TO_
ON Output1 Relay1_delay_OFF_TO_ON – delay time for output1 going from
OFF to ON (sec)
214
MODBUS_OUTPUT2_DELAY_OFF_TO_
ON Output2 Relay2_delay_OFF_TO_ON – delay time for output2 going from
OFF to ON (sec)
215
MODBUS_OUTPUT3_DELAY_OFF_TO_
ON Output3 Relay3_delay_OFF_TO_ON – delay time for output3 going from
OFF to ON (sec)
216
MODBUS_OUTPUT4_DELAY_OFF_TO_
ON Output4 Relay4_delay_OFF_TO_ON – delay time for output4 going from
OFF to ON (sec)
217
MODBUS_OUTPUT5_DELAY_OFF_TO_
ON Output5 Relay5_delay_OFF_TO_ON – delay time for output5 going from
OFF to ON (sec)