33
7 - CONTROL
ALARMS - TAB 1
code description description t.i. module input t.a.
eE001 phase monitor Phase monitor DI 687 central T13 DL1 A/M
EE003 pump 1 faulty Pump 1 faulty DI 687 central T13 DL2 M
EE004 pump 2 faulty Pump 2 faulty DI 687 central T4 D1 M
EE005 pump 3 faulty Pump 3 faulty DI 687 central T13 DL2 M
ee010 master offline Master Offline - Master Slave network enabled A
ee011 unit 2 in alarm Unit 2 in alarm - Master Slave network enabled A
ee012 unit 2 offline Unit 2 OffLine - Master Slave network enabled A
ee013 unit 3 in alarm Unit 3 in alarm - Master Slave network enabled A
ee014 unit 3 offline Unit 3 OffLine - Master Slave network enabled A
ee015 unit 4 in alarm Unit 4 in alarm - Master Slave network enabled A
ee016 unit 4 offline Unit 4 OffLine - Master Slave network enabled A
ee017 unit 5 in alarm Unit 5 in alarm - Master Slave network enabled A
ee018 unit 5 offline Unit 5 OffLine - Master Slave network enabled A
ee019 unit 6 in alarm Unit 6 in alarm - Master Slave network enabled A
ee020 unit 6 offline Unit 6 OffLine - Master Slave network enabled A
ee021 unit 7 in alarm Unit 7 in alarm - Master Slave network enabled A
ee022 unit 7 offline Unit 7 OffLine - Master Slave network enabled A
EE023 Pump 1 overload Pump 1 thermal protection DI 965 hydronic T1 X4 M
EE024 Pump 2 overload Pump 2 thermal protection DI 965 hydronic T1 X5 M
The alarm code identifies the concerned circuit:
Es: ee 1 01 :TimeOutModCirc = circuit 1
ee 2 01 :TimeOutModCirc = circuit 2
The number of refrigerant circuits depends on series and size
of the unit.
t.i. input type:
DI digital input
AI analogic input
module:
687 = main module
985 = circuit module
94U = thermostatic driver module
input:
connector number: T1, T2, T3...
PIN code: X1, X2, Q13, DO1....
t.a. alarm type:
A automatic reset
M manual reset
A/M rautomatic reset , after N alarm → manual reset
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