Emerson XM670, Инструкция по установке и эксплуатации

Страница: 24 / 57

18 • XM679K I&O Manual 026-1218 Rev 4
dEM Type of end defrost: n= the of the LAN defrost are independent; y= the end of the defrost are synchronized
LSP
L.A.N. set-point synchronization: y= the section set-point, when modified, is updated to the same value on
all the other sections; n= the set-point value is modified only in the local section
LdS
L.A.N. display synchronization: y= the value displayed by the section is sent to all the other sections; n= the
set-point value is modified only in the local section
LOF
L.A.N. On/Off synchronization this parameter states if the On/Off command of the section will act on all the
other ones too: y= the On/Off command is sent to all the other sections; n= the On/Off command acts only in
the local section
LLi
L.A.N. light synchronization this parameter states if the light command of the section will act on all the other
ones too: y= the light command is sent to all the other sections; n= the light command acts only in the local
section
LAU
L.A.N. AUX output synchronization this parameter states if the AUX command of the section will act on all
the other ones too: y= the light command is sent to all the other sections; n= the light command acts only in
the local section
LES
L.A.N. energy saving synchronization this parameter states if the energy saving command of the section will
act on all the other ones too: y= the Energy Saving command is sent to all the other sections; n= the Energy
Saving command acts only in the local section
LSd
Remote probe display: this parameter states if the section has to display the local probe value or the value
coming from another section: y= the displayed value is the one coming from another section (which has
parameter LdS = y); n= the displayed value is the local probe one.
LPP
Remote pressure probe: n= the value of pressure probe is read from local probe; Y= the value of pressure
probe is sent via LAN.
StM
Solenoid activation via LAN: n= not used; Y= a generic cooling requests from LAN activate the solenoid
valve connected to compressor relay.
PROBE CONFIGURATION
P1C Probe 1 configuration: (nP - Ptc - ntc - PtM) nP= not present; PtC= Ptc; ntc= Ptc; PtM= Pt1000
Ot Probe 1 calibration: (-21 to 21°F/ -12.0 to 12.0°C) allows to adjust possible offset of the thermostat probe.
P2C Probe 2 configuration: (nP - Ptc - ntc - PtM) nP= not present; PtC= Ptc; ntc= Ptc; PtM= Pt1000
OE Probe 2 calibration: (-21 to 21°F/ -12.0 to 12.0°C) allows to adjust possible offsets of the evaporator probe.
P3C Probe 3 configuration: (nP - Ptc - ntc - PtM) nP= not present; PtC= Ptc; ntc= Ptc; PtM= Pt1000
o3 Probe 3 calibration: (-21 to 21°F/ -12.0 to 12.0°C) allows to adjust possible offset of the probe 3.
P4C Probe 4 configuration: (nP - Ptc - ntc - PtM) nP= not present; PtC= Ptc; ntc= Ptc; PtM= Pt1000
o4 Probe 4 calibration: (-21 to 21°F/ -12.0 to 12.0°C) allows to adjust possible offset of the probe 4.
P5C
Probe 5 configuration: (nP - Ptc - ntc - PtM - 420 - 5Vr) nP= not present; PtM= Pt1000; 420= 4 to 20mA;
5Vr= 0 to 5V ratiometric; (Only XM679)
o5
Probe 5 calibration: (-21 to 21°F/ -12.0 to 12.0°C) allows to adjust possible offset of the probe 5.

(Only XM679)
P6C
Probe 6 configuration: (nP - Ptc - ntc - PtM) nP= not present; PtC= Ptc; ntc= Ptc; PtM= Pt1000;

(Only XM679)
o6
Probe 6 calibration: (-21 to 21°F/ -12.0 to 12.0°C) allows to adjust possible offset of the probe 6.

(Only XM679)
Table 8-1 - XM670 to XM679 Parameters List