IOM SYSLOOP (IOM SL 01 S 3GB)
Table Of Contents
- CONTENTS
- 1. GENERAL RECOMMENDATIONS
- 2. INSPECTION AND STORAGE
- 3. WARRANTY
- 4. CONTENTS Of PACKAGE
- 5. DIMENSIONS
- 6. HANDLING
- 7. REFRIGERATION SPECIFICATIONS
- 8. TECHNICAL SPECIFICATIONS
- 9. ELECTRIC SPECIFICATIONS
- 10. INSTALLATION
- 11. DUCTING AND NOISE LEVEL REDUCTION
- 12. UNCLAMPING THE COMPRESSOR
- 13. HYDRAULIC LINKS
- 14. WIRING DIAGRAM AND LEGEND
- 15. ELECTRICAL CONNECTIONS
- 16. REGULATION
- 17. FINAL TASKS
- 18. STARTING - RECOMMENDATIONS - SETTINGS
- 19. MAINTENANCE AND SERVICING
- 19.1. FAULT FINDING
- 19.1.1. NEITHER THE FAN NOR THE COMPRESSOR OPERATE
- 19.1.2. VENTILATION (FAN) MODE OPERATES BUT THE COMPRESSOR DOES NOT OPERATE
- 19.1.3. INSUFFICIENT COOLING OR HEATING PRODUCTION
- 19.1.4. INSUFFICIENT WATER FLOW AT THE LEVEL OF THE COAXIAL EXCHANGER.
- 19.1.5. APPEARANCE OF WATER DROPLETS IN THE APPLIANCE
- 19.1.6. APPEARANCE OF ABNORMAL NOISES AND VIBRATIONS IN THE CASING
- 19.2. ALARM CODES
- 19.1. FAULT FINDING
- 20. IN CASE OF WARRANTY - MATERIAL RETURN PROCEDURE
- 21. ORDERING SERVICE AND SPARE PARTS ORDER
- DIMENSIONS
- CONFIGURATION R1.AI RECT/S4.AO RECT
- CONFIGURATION R2.AI RECT/S4.AO RECT
- CONFIGURATION R1.AI 1Ø200/S4.AO RECT OR R1.AI 1Ø200 FAØ100/S4.AO RECT OR R1.AI 1Ø200 FAØ125/S4.AO RECT
- CONFIGURATION R2.AI 1Ø200/S4.AO RECT OR R2.AI 1Ø200 FAØ100/S4.AO RECT OR R2.AI 1Ø200 FAØ125/S4.AO RECT
- CONFIGURATION R1.AI RECT/S4.AO 1Ø200 OR R1.AI RECT/S3.AO 1Ø200
- CONFIGURATION R2.AI RECT/S4.AO 1Ø200 OR R2.AI RECT/S3.AO 1Ø200
- CONFIGURATION R1.AI 1Ø200/S4.AO 1Ø200 OR R1.AI 1Ø200 FAØ100/S4.AO 1Ø200 OR R1.AI 1Ø200 FAØ125/S4.AO 1Ø200 OR R1.AI 1Ø200/S3.AO 1Ø200 OR R1.AI 1Ø200 FAØ100/S3.AO 1Ø200 OR R1.AI 1Ø200 FAØ125/S3.AO 1Ø200
- CONFIGURATION R2.AI 1Ø200/S4.AO 1Ø200 OR R2.AI 1Ø200 FAØ100/S4.AO 1Ø200 OR R2.AI 1Ø200 FAØ125/S4.AO 1Ø200 OR R2.AI 1Ø200/S3.AO 1Ø200 OR R2.AI 1Ø200 FAØ100/S3.AO 1Ø200 OR R2.AI 1Ø200 FAØ125/S3.AO 1Ø200
- CONFIGURATION AO XLN
- WIRING DIAGRAM
- DIMENSIONS
- CONFIGURATION R1.AI RECT/S4.AO RECT
- CONFIGURATION R2.AI RECT/S4.AO RECT
- CONFIGURATION R1.AI 1Ø200/S4.AO RECT OU R1.AI 1Ø200 FAØ100/S4.AO RECT OU R1.AI 1Ø200 FAØ125/S4.AO RECT
- CONFIGURATION R2.AI 1Ø200/S4.AO RECT OU R2.AI 1Ø200 FAØ100/S4.AO RECT OU R2.AI 1Ø200 FAØ125/S4.AO RECT
- CONFIGURATION R1.AI RECT/S4.AO 1Ø200 OU R1.AI RECT/S3.AO 1Ø200
- CONFIGURATION R2.AI RECT/S4.AO 1Ø200 OU R2.AI RECT/S3.AO 1Ø200
- CONFIGURATION R1.AI 1Ø200/S4.AO 1Ø200 OU R1.AI 1Ø200 FAØ100/S4.AO 1Ø200 OU R1.AI 1Ø200 FAØ125/S4.AO 1Ø200 OU R1.AI 1Ø200/S3.AO 1Ø200 OU R1.AI 1Ø200 FAØ100/S3.AO 1Ø200 OU R1.AI 1Ø200 FAØ125/S3.AO 1Ø200
- CONFIGURATION R2.AI 1Ø200/S4.AO 1Ø200 OU R2.AI 1Ø200 FAØ100/S4.AO 1Ø200 OU R2.AI 1Ø200 FAØ125/S4.AO 1Ø200 OU R2.AI 1Ø200/S3.AO 1Ø200 OU R2.AI 1Ø200 FAØ100/S3.AO 1Ø200 OU R2.AI 1Ø200 FAØ125/S3.AO 1Ø200
- CONFIGURATION AO XLN
- SCHEMAS ELECTRIQUES
- ABMESSUNGEN
- KONFIGURATION R1.AI RECT/S4.AO RECT
- KONFIGURATION R2.AI RECT/S4.AO RECT
- KONFIGURATION R1.AI 1Ø200/S4.AO RECT ODER R1.AI 1Ø200 FAØ100/S4.AO RECT ODER R1.AI 1Ø200 FAØ125/S4.AO RECT
- KONFIGURATION R2.AI 1Ø200/S4.AO RECT ODER R2.AI 1Ø200 FAØ100/S4.AO RECT ODER R2.AI 1Ø200 FAØ125/S4.AO RECT
- KONFIGURATION R1.AI RECT/S4.AO 1Ø200 ODER R1.AI RECT/S3.AO 1Ø200
- KONFIGURATION R2.AI RECT/S4.AO 1Ø200 ODER R2.AI RECT/S3.AO 1Ø200
- KONFIGURATION R1.AI 1Ø200/S4.AO 1Ø200 ODER R1.AI 1Ø200 FAØ100/S4.AO 1Ø200 ODER R1.AI 1Ø200 FAØ125/S4.AO 1Ø200 ODER R1.AI 1Ø200/S3.AO 1Ø200 ODER R1.AI 1Ø200 FAØ100/S3.AO 1Ø200 ODER R1.AI 1Ø200 FAØ125/S3.AO 1Ø200
- KONFIGURATION R2.AI 1Ø200/S4.AO 1Ø200 ODER R2.AI 1Ø200 FAØ100/S4.AO 1Ø200 ODER R2.AI 1Ø200 FAØ125/S4.AO 1Ø200 ODER R2.AI 1Ø200/S3.AO 1Ø200 ODER R2.AI 1Ø200 FAØ100/S3.AO 1Ø200 ODER R2.AI 1Ø200 FAØ125/S3.AO 1Ø200
- KONFIGURATION AO XLN
- STROMLAUFPLANS
- DIMENSIONI
- CONFIGURAZIONE R1.AI RECT/S4.AO RECT
- CONFIGURAZIONE R2.AI RECT/S4.AO RECT
- CONFIGURAZIONE R1.AI 1Ø200/S4.AO RECT O R1.AI 1Ø200 FAØ100/S4.AO RECT O R1.AI 1Ø200 FAØ125/S4.AO RECT
- CONFIGURAZIONE R2.AI 1Ø200/S4.AO RECT O R2.AI 1Ø200 FAØ100/S4.AO RECT O R2.AI 1Ø200 FAØ125/S4.AO RECT
- CONFIGURAZIONE R1.AI RECT/S4.AO 1Ø200 O R1.AI RECT/S3.AO 1Ø200
- CONFIGURAZIONE R2.AI RECT/S4.AO 1Ø200 O R2.AI RECT/S3.AO 1Ø200
- CONFIGURAZIONE R1.AI 1Ø200/S4.AO 1Ø200 O R1.AI 1Ø200 FAØ100/S4.AO 1Ø200 O R1.AI 1Ø200 FAØ125/S4.AO 1Ø200 O R1.AI 1Ø200/S3.AO 1Ø200 O R1.AI 1Ø200 FAØ100/S3.AO 1Ø200 O R1.AI 1Ø200 FAØ125/S3.AO 1Ø200
- CONFIGURAZIONE R2.AI 1Ø200/S4.AO 1Ø200 O R2.AI 1Ø200 FAØ100/S4.AO 1Ø200 O R2.AI 1Ø200 FAØ125/S4.AO 1Ø200 O R2.AI 1Ø200/S3.AO 1Ø200 O R2.AI 1Ø200 FAØ100/S3.AO 1Ø200 O R2.AI 1Ø200 FAØ125/S3.AO 1Ø200
- CONFIGURAZIONE AO XLN
- SCHEMA ELETRICO
- DIMENSIONES
- CONFIGURACIÓN R1.AI RECT/S4.AO RECT
- CONFIGURACIÓN R2.AI RECT/S4.AO RECT
- CONFIGURACIÓN R1.AI 1Ø200/S4.AO RECT O R1.AI 1Ø200 FAØ100/S4.AO RECT O R1.AI 1Ø200 FAØ125/S4.AO RECT
- CONFIGURACIÓN R2.AI 1Ø200/S4.AO RECT O R2.AI 1Ø200 FAØ100/S4.AO RECT O R2.AI 1Ø200 FAØ125/S4.AO RECT
- CONFIGURACIÓN R1.AI RECT/S4.AO 1Ø200 O R1.AI RECT/S3.AO 1Ø200
- CONFIGURACIÓN R2.AI RECT/S4.AO 1Ø200 O R2.AI RECT/S3.AO 1Ø200
- CONFIGURACIÓN R1.AI 1Ø200/S4.AO 1Ø200 O R1.AI 1Ø200 FAØ100/S4.AO 1Ø200 O R1.AI 1Ø200 FAØ125/S4.AO 1Ø200 O R1.AI 1Ø200/S3.AO 1Ø200 O R1.AI 1Ø200 FAØ100/S3.AO 1Ø200 O R1.AI 1Ø200 FAØ125/S3.AO 1Ø200
- CONFIGURACIÓN R2.AI 1Ø200/S4.AO 1Ø200 O R2.AI 1Ø200 FAØ100/S4.AO 1Ø200 O R2.AI 1Ø200 FAØ125/S4.AO 1Ø200 O R2.AI 1Ø200/S3.AO 1Ø200 O R2.AI 1Ø200 FAØ100/S3.AO 1Ø200 O R2.AI 1Ø200 FAØ125/S3.AO 1Ø200
- CONFIGURACIÓN AO XLN
- ESQUEMA ELECTRICO
English
T6
CE
-
CE
+
PB
T5
A+
B-
REF
RS485
T6
CE
-
CE
+
PB
T5
A+
B-
REF
RS485
T6
CE
-
CE
+
PB
T5
A+
B-
REF
RS485
T6
CE
-
CE
+
PB
T5
A+
B-
REF
RS485
Lmax = 700 M
Lmax = 1 000 M
31 regulators
maximum
T6
CE
-
CE
+
PB
T6
CE
-
CE
+
PB
T6
CE
-
CE
+
PB
T6
CE
-
CE
+
PB
Lmax = 1 000 M
Lmax = 700 M
15 regulators
maximum
T6
CE
-
CE
+
PB
Lmax = 700 M
21SYSLOOP
15.2.2. ELECTRICAL CONNECTIONS
SYSLOOP - MODBUS
The control return must be connected as per the following diagrams.
For the connection, use a KNX TP1 type cable (Twisted pair with insulation) with a 0.8mm² cross-section.
SYSLOOP - AUTONOMOUS
SYSLOOP - MASTER/SLAVES
Master/slaves operation requires the allocation of a specic address to each controller. This
addressing occurs by connecting a POL871 or POL895 display to the "BSP-BUS” port of each
controller.
Caution