Lutron Electronics LCP128 Manuale Utente
R
Installation Guide for Dimming and Switching Panels 5
Panel Model Number Guide
(continued)
Prefix
CCP = Custom combination panel
Module Types
_X _L _E _A _M _T
List modules in the order shown above. Insert the
quantity before each module code. Omit codes for
modules not used in panel. See table below for limits
on numbers of modules per panel.
quantity before each module code. Omit codes for
modules not used in panel. See table below for limits
on numbers of modules per panel.
X = Four-Circuit Switching (Relay) (XP)
L = Four-Circuit Dimming (4U)
E = Four-Circuit Electronic Low Voltage Dimming (4E)
A = Four-Circuit Adaptive Dimming (4A)
M = Four-Circuit Motor (4M)
T = 0-10 V, DALI (broadcast), DSI, and PWM
L = Four-Circuit Dimming (4U)
E = Four-Circuit Electronic Low Voltage Dimming (4E)
A = Four-Circuit Adaptive Dimming (4A)
M = Four-Circuit Motor (4M)
T = 0-10 V, DALI (broadcast), DSI, and PWM
Ballast Control (TVM)
Feed Voltage
230 = 230 V
230 = 230 V
(CE)
240 = 220-240 V
(non-CE)
Feed Type
FT = feed-through panel (circuit breakers not included)
4IS = 3 phase 4 wire isolation switch
2M = 1 phase 2 wire input breakers (mini only)
4M = 3 phase 4 wire input breakers (mini only)
FT = feed-through panel (circuit breakers not included)
4IS = 3 phase 4 wire isolation switch
2M = 1 phase 2 wire input breakers (mini only)
4M = 3 phase 4 wire input breakers (mini only)
GRAFIK Systems
TM
(CCP/LCP) (230/220-240 V
only)
Modules:
Quantity and
Type
Quantity and
Type
Prefix
Example
C C P - 1 X 4 L 2 T - 2 3 0 4 I S - C E - L C P - C G P _ _ _
Feed
Voltage
Voltage
Feed
Type
Type
Custom
Panel Suffix
(contact Lutron for custom options)
Panel Suffix
(contact Lutron for custom options)
Region
Suffix
Suffix
Region Suffix
CE = 230 V
AU = 220-240 V
Note: Should match feed voltage
CE = 230 V
AU = 220-240 V
Note: Should match feed voltage
Controller Type
Omit for single-link circuit selector
2L = 2Link
Omit for single-link circuit selector
2L = 2Link
TM
circuit selector
LCP = LCP128
Custom Panel Suffix (optional)
Indicates panel with special options
Indicates panel with special options
Frequency
(All Model Numbers and Voltages)
(All Model Numbers and Voltages)
50/60 Hz
Output (Load) Ratings
Module Type Rating
XP
Module Type Rating
XP
16 A per circuit
4U (230 V
) 13 A per module, 10 A per output
4U (240 V
) 16 A per module
4A
13 A per module, 8 A per output
4E
16 A per module, 10 A per output
4M
16 A per module, 5 A per output
(1/4 HP motor), 1 motor per output
(1/4 HP motor), 1 motor per output
TVM
50 mA per channel, 750 mA per system
Controller
Type
Type
Module Quantity Limits
Panel Size
Feed type
TVM
4A
4U
4E
4M
Mini
Feed-through
NA
Any combination up to 3 modules
Mini
Feed-through
0-4
Any combination up to 2 modules; must have 1 4U or XP module minimum;
each 4U or XP module can control only 2 TVM modules
each 4U or XP module can control only 2 TVM modules
Mini
Input breakers
NA
Any combination up to 3 modules
Mini
Input breakers
0-4
Any combination up to 2 modules;
must have 1 4U module minimum;
each 4U module can control only 2 TVM modules
must have 1 4U module minimum;
each 4U module can control only 2 TVM modules
Standard
Feed-through
0-12
Any combination up to 8 modules; must have 1 4U or XP module minimum;
each 4U or XP module can control only 2 TVM modules
each 4U or XP module can control only 2 TVM modules
Standard
Input breakers
0-12
Any combination up to 8 modules;
must have 1 4U module minimum;
each 4U module can control only 2 TVM modules
must have 1 4U module minimum;
each 4U module can control only 2 TVM modules
Standard
Input breakers
0-12
Any combination up to 6 modules; must have 1 4U or XP module minimum;
each 4U or XP module can control only 2 TVM modules
each 4U or XP module can control only 2 TVM modules
Notes
• Consult Lutron for panels with custom breaker needs.
• TVM = 0 is a TVM-ready panel; TVM modules can easily be installed in the future.
• TVM = NA is not TVM-ready
• TVM = 0 is a TVM-ready panel; TVM modules can easily be installed in the future.
• TVM = NA is not TVM-ready
XP
0
0
0
0