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DC Inverter Side Discharge VRF
Ⅱ
for North America
9
CONTROL
1
Units’ Control
1.1 Schematic
diagram of units’ control
(1)
Interpretation on the schematic diagram
1)
High pressure switch is used to identify system’s high and low pressure. When
pressure is too high, the switch will break off and send a signal to main board.
Main board will pass this signal to controller, where the error will be displayed, and
stop unit from working.
2)
High/low pressure sensor is used to test unit’s high/low pressure and send
real-
time data to controller, which will control each unit’s output according to the
control logic.
3) Temperature sensors are used to test the tube temperature of the unit and send
data to the controller, which will control each unit’s output according to the control
logic.
Summary of Contents for GMV-36WL/A-T(U)
Page 1: ...DC INVERTER SIDE DISCHARGE VRF Ⅱ FOR NORTH AMERICA ...
Page 3: ...DC Inverter Side Discharge VRF Ⅱ for North America 1 PRODUCT ...
Page 10: ...DC Inverter Side Discharge VRF Ⅱ for North America 8 CONTROL ...
Page 15: ...DC Inverter Side Discharge VRF Ⅱ for North America 13 ...
Page 16: ...DC Inverter Side Discharge VRF Ⅱ for North America 14 Button Graphics ...
Page 24: ...DC Inverter Side Discharge VRF Ⅱ for North America 22 4 3 2 2 Appearance ...
Page 30: ...DC Inverter Side Discharge VRF Ⅱ for North America 28 Installation is in progress ...
Page 33: ...DC Inverter Side Discharge VRF Ⅱ for North America 31 Installation is in progress ...
Page 35: ...DC Inverter Side Discharge VRF Ⅱ for North America 33 Click Next ...
Page 65: ...DC Inverter Side Discharge VRF Ⅱ for North America 63 Switchover of Software Languages ...
Page 66: ...DC Inverter Side Discharge VRF Ⅱ for North America 64 INSTALLATION ...
Page 94: ...DC Inverter Side Discharge VRF Ⅱ for North America 92 MAINTENANCE ...
Page 131: ...JF00302320 ...