Daikin WGZ200DW - Evaporator Pressure Drop Data

20 WGZ030D through WGZ200D OMM 1130-2
Table 6, Continued
#
Description
Type
Load
Output OFF
Output ON
5
Motor Control Relay #3 = Compr#3
C1
Starter
Compressor OFF
Compressor ON
*6
Condenser Fan #3– Water Cooled =N /Tower Fan
#2-Water Cooled=Y
C1 /
UT
Fan Contactor Fan OFF Fan ON
*6
Motor Control Relay #5 = Compr#5
(R134a,R410a)
C1 Starter Compressor OFF Compressor ON
7
Liquid Line #1
C1
Solenoid
Cooling OFF
Cooling ON
8
Condenser Fan #2 – Water Cooled =N /Tower Fan
#1-Water Cooled=Y
C2 /
UT
Fan Contactor Fan OFF Fan ON
9
Motor Control Relay #2 = Compr#2
C2
Starter
Compressor OFF
Compressor ON
10
Motor Control Relay #4 = Compr#4
C2
Starter
Compressor OFF
Compressor ON
*11
Condenser Fan #4
C2
Fan Contactor
Fan OFF
Fan ON
*11
Motor Control Relay #6 = Compr#6
(R134a,R410a)
C2 Starter Compressor OFF Compressor ON
12
Liquid Line #2
C2
Solenoid
Cooling OFF
Cooling ON
13
Condenser Fan #5 C1 Fan Contactor Fan OFF Fan ON
14
Hot Gas Bypass #1
C1
Solenoid
Cooling OFF
Cooling ON
15
Hot Gas Bypass #2 C2 Solenoid Cooling OFF Cooling ON
*16
Condenser Fan #6
C2
Fan Contactor
Fan OFF
Fan ON
*16
Condenser Fan #4 C2 Fan Contactor Fan OFF Fan ON
*17
Condenser Fan #7
C1
Fan Contactor
Fan OFF
Fan ON
*17
Condenser Fan #5&7
(R134a,R410a)
C1 Fan Contactor Fan OFF Fan ON
18
Condenser Fan #8
C2
Fan Contactor
Fan OFF
Fan ON
18
Condenser Fan #6&8
C2
Fan Contactor
Fan OFF
Fan ON
Expansion I/O Controller
Digital Outputs
The following parameters are digital outputs from this controller.
Types: C1 = Refrigerant Circuit #1, C2 = Refrigerant Circuit #2, UT = Unit
#
Description
Type
Output Off
Output On
1
Evap Water Pump Output #2 UT Pump Off Pump On
2
Cond Water Pump Output #2
UT
Pump Off
Pump On
3
Condenser Fan #9
C1
Fan OFF
Fan ON
4
Condenser Fan #10
C2
Fan OFF
Fan ON
Analog Inputs
The following parameters are digital outputs from this controller for Templifier operation only.
Types: C1 = Refrigerant Circuit #1, C2 = Refrigerant Circuit #2, & UT = Unit
#
Description
Type
Output Off
Output On
1
Entering Evaporator Water Temperature
(R134a)
UT
NTC Thermister
(10k@25°C)
-58 to 212°F
2
Demand Limit (R134a)
UT
4-20 mA Current
0-100 % Load
3 Liquid Line Temperature #1 (R134a)
C1
NTC Thermister
(
10k@25°C)
-58 to 212°F
4 Liquid Line Temperature #2 (R134a)
C2
NTC Thermister
(10k@25°C)
-58 to 212°F