5.9 Wiring Example for intelligent Touch Controller (DCS601C51)
115
intelligent Touch Controller
5.9.5 P.P.D. (Power Proportional Distribution) Application (DCS002C51) and WEB Usage (DCS004A51)
DCS601C51 (Back side)
kWh-meters
[Field Supply]
•1 Pulse to 1 kW·h or 10 kW·h pulse
width must be within 40-400 m/sec.
•Output relay must be electronic type
only.
• No voltage output
•Pulse transmitter
Field Supply
kW·h meter
Activation number card included
PCMCIA card is included.
DCS002C51
DAIKIN
Option for
Intelligent Touch
Controller (P.P.D)
Activation number card included
DCS004A51
DAIKIN
Option for
Intelligent Touch
Controller (Web)
•Performance :
Pentium III:
800MHz,Memory:256MB,HDD:4G
•Network:100Base/T Ethernet
•Operation:
Keyboard/Mouse,Sound and Speaker
•Software:
Windows XP(Professional SP2 or later)
Windows 2000(Professional SP4 or later)
•CRT:SVGA(800x600,1024x768,1280x1024 )
Field Supply
PC
Supporting 100Base/T
Field Supply
HUB
Up to 64 groups can be connected
DCS601C51
DAIKIN
Intelligent Touch
Controller
Remark
Model/Spec
Arrangement
Equipment
DIII-NET
Hub
[Field Supply]
.CSV
Power
Supply
3
φ
4W 380-415V
Refer to field wiring on previous page
about power supply wiring.
Note)
50Hz
The power consumption of the outdoor unit can
be proportionally calculated for each indoor unit
using the intelligent touch controller and the
Power Proportional Distribution software. The
calculated results are recorded in the intelligent
touch controller for last 13 months. The
recorded, proportionally calculated results can
be taken outfrom a remote PC through the
LAN.
up to
64
units of
A/Cs and equipment
R/C
F1 F2 P1 P2
Indoor Unit
F1 F2 P1 P2
Indoor Unit
Outdoor Unit
L3 N
L2
L1
A B C F1F2 F1F2 Q1Q2
Outdoor Unit
L3 N
L2
L1
A B C F1F2 F1F2 Q1Q2
Outdoor Unit
L3 N
L2
L1
A B C F1F2 F1F2 Q1Q2
Outdoor Unit
L3
N
L2
L1
A B C F1 F2 F1 F2 Q1 Q2
Outdoor Unit
L3
N
L2
L1
A B C F1 F2 F1 F2 Q1 Q2
R/C
F1 F2 P1 P2
Indoor Unit
R/C
R/C
CSV output of P.P.D. PCMCIA
[DAIKIN option attached P.P.D.]
DAIKIN
When taking out Power Proportional Distribution data
via Web,
it is possible without a PCMCIA card.
Switch
Power Supply
1
φ
220-240V 50Hz
Power Supply
DIII
Contact Signal
Remote Control
Содержание D-BACS
Страница 1: ...ED 72 721 Preliminary Daikin Buildings Air conditioning Control System D BACS DESIGN GUIDE ...
Страница 17: ...xvi 1 5 Open Network Glossary Introduction ...
Страница 41: ...24 Outline of D BACS System ...
Страница 74: ...57 Remote Controllers HRV Wired remote controller BRC301B61 VAM ...
Страница 88: ...3 6 Wired Remote Controller with Weekly Schedule Timer BRC1D61 71 Remote Controllers 3P107422 3D ...
Страница 102: ...5 2 Wireless Remote Controller BRC4C 7C 7E 85 Remote Controllers 5 2 Wireless Remote Controller BRC4C 7C 7E ...
Страница 103: ...86 5 3 Simplified Remote Controller BRC2C51 BRC2A51 Remote Controllers 5 3 Simplified Remote Controller BRC2C51 BRC2A51 ...
Страница 107: ...90 5 4 HRV BRC301B61 Remote Controllers ...
Страница 142: ...1 2 System Configuration 125 Control Devices 1 2 System Configuration System Outline ...
Страница 181: ...164 3 8 Error Diagnosing Function Control Devices ...
Страница 215: ...198 3 8 Wiring Example intelligent Manager ...
Страница 235: ...218 Interface for Use in BACnet ...
Страница 249: ...232 7 1 Node Objects Interface for use in LONWORKS 7 Object Details 7 1 Node Objects 7 2 DIII NET Common Objects ...
Страница 253: ...236 Interface for use in LONWORKS 10 Reference Materials Error Code Conversion Table ...
Страница 268: ...251 Interface for use in LONWORKS 13 Workflow ...
Страница 285: ...268 1 6 Notes Power Proportional Distribution P P D ...
Страница 319: ...302 1 5 Dio Unit DEC102A51 Adaptor 1 5 2 Part Names and Functions 1 Appearance Dio Unit DEC102A51 ...
Страница 329: ...312 1 6 Di Unit DEC101A51 Adaptor 1 6 2 Part Names and Functions 1 Appearance Di Unit DEC101A51 ...