Eaton Crouse-Hinds FMVA Series Setup guide

SAVE THESE INSTRUCTIONS FOR FUTURE REFERENCE
IF 1889
Champ LED FMVA/PFMA Luminaire Driver Replacement
Installation & maintenance information
IF 1889 • 02/20 Copyright©2020, Eaton’s Crouse-Hinds Division Page 1
Figure 1
FMVA/PFMA 3L - 15L UNV1, and 7L - 15L UNV34
Figure 2
DRIVER
THERMAL PADS
DRIVER SCREWS
FMVA/PFMA 5L UNV34
Figure 3

IF 1889 • 02/20 Copyright©2020, Eaton’s Crouse-Hinds Division Page 2
DRIVER REPLACEMENT INSTRUCTIONS
1. Be sure to de-energize the luminaire and allow it to cool before performing
maintenance.
2. Clean heat sink cover with a damp cloth to prevent dust from entering luminaire
NOTE: To avoid pinching hazard between the heat sink cover and driver housing,
ensure that the floodlight is oriented in the vertical position before, and during wiring
procedure.
3. Open back cover/heat sink using a 5/16”nut socket or flat head screwdriver (see
Figure 1). The heat sink cover should be removed by pulling back on one corner
of the top most edge to prevent gasket damage. Inspect for damage to gasket.
Should any rips or tears appear, consult factory.
NOTE: To avoid pinching hazard between the heat sink cover and driver housing,
ensure that the floodlight is oriented in the vertical position before, and during wiring
procedure.
4. Replace the driver. If needed, wiring diagrams have been provided. Disconnect
the input and output leads as well as the dimming leads from the Wago
Leverlock connections shown in figure 4 below. Wire ties to mount the new
driver conductors, dimming leads, and LED wires to the top of the Wago Carrier
have been provided.
Note: The 5L UNV34 does not have a bracket or markings as shown below. Refer to
wiring diagram for Line, neutral, and dimming wire locations.
5. When removing the original driver take note of the model listed on the driver
nameplate. Use the following guide to determine which mounting holes are
required for each replacement driver model:
Dimming/Output Wires Input Wires
6. Replace the thermal pad, driver and screws (replacement screws have been
provided). Install and torque the driver screws to 19 in-lbs.
Note: 5L UNV34 does not have thermal pads
Reconnect input and output wires per the wiring diagrams. Ensure that the
positive (+) and negative (-) leads of the drivers are paired together per the
wiring diagram (Example: the yellow wire with red stripe is connected to the red
conductor of the driver, and the yellow wire with black strip is connected to the
black conductor of the same driver). Ensure that dimming leads are terminated
in individual Wago terminal blocks as shown in the wiring diagrams.
7. Install wire ties to the driver leads/LED leads, and secure to the Wago Carrier as
shown below:
Note: 5L UNV34 does not utilize Wago terminal blocks
8. Re-install back cover/heat sink and tighten all nine (9) mounting screws to 22
in-lbs. (2.5 N-m). Be sure wires are not pinched during cover installation.
INVENTRONICS EUD-096S105DTAFT01 UNV1 DRIVER MOUNTING
LOCATIONS
INVENTRONICS EUD-060S120DT-FT01 UNV1 DRIVER MOUNTING
LOCATIONS
INVENTRONICS ESD-096S090DT UNV34 DRIVER MOUNTING
LOCATIONS
PHILIPS XH100C150V091BSY1 DRIVER MOUNTING LOCATIONS
INVENTRONICS ESD150S105DT UNV34 DRIVER MOUNTING
LOCATIONS
Figure 4

IF 1889 • 02/20 Copyright©2020, Eaton’s Crouse-Hinds Division Page 3
WIRING DIAGRAMS
DRIVER HOUSING
3X
2 POLE SPLICE
CONNECTOR
HEATSINK
YELLOW
3X
3 POLE SPLICE
CONNECTOR
2X
2 POLE SPLICE
CONNECTOR
(YELLOW/BLACK)
(YELLOW/RED)
G
G N
L
GRAY (-)
PURPLE (+)
BLACK
(DC-)
WHITE
(DC+) GREEN/YELLOW
G
(GREEN/YELLOW)
DIMMING LEADS
0-10 VDC SIGNAL
10V = 100% LIGHT OUTPUT
DRIVER
INPUT
OUTPUT
L N
L
(BROWN)
N
(BLUE)
+ (RED)
- (BLACK)
LED PCB 1
S2 +
S1 -
LINE
NEUTRAL
POSITIVE
NEGATIVE
GROUND
SUPPLY WIRE
3L - 7L WIRING UNV1
DIMMER
0 - 10V
DIMMING LEADS
0-10 VDC SIGNAL
10V = 100% LIGHT OUTPUT
(JUMPER WIRE - BLACK)
S1 +
S2 -
DRIVER HOUSING
3X
2 POLE SPLICE
CONNECTOR
HEATSINK
YELLOW
3X
3 POLE SPLICE
CONNECTOR
2X
2 POLE SPLICE
CONNECTOR
(YELLOW/BLACK)
(YELLOW/RED)
G
G N
L
GRAY (-)
PURPLE (+)
BLACK
(DC-)
WHITE
(DC+) GREEN/YELLOW
G
(GREEN/YELLOW)
DIMMING LEADS
0-10 VDC SIGNAL
10V = 100% LIGHT OUTPUT
DRIVER
INPUT
OUTPUT
L N
L
(BROWN)
N
(BLUE)
+ (RED)
- (BLACK)
LED PCB 1
S2 +
S1 -
LINE
NEUTRAL
POSITIVE
NEGATIVE
GROUND
SUPPLY WIRE
9L - 15L WIRING UNV1
0 - 10V
DIMMER
DIMMING LEADS
0-10 VDC SIGNAL
10V = 100% LIGHT OUTPUT
2X
2 POLE SPLICE
CONNECTOR
HEATSINK
3X
3 POLE SPLICE
CONNECTOR
2X
2 POLE SPLICE
CONNECTOR
(YELLOW/BLACK)
(YELLOW/RED)
G
G N
GREY (-)
VIOLET (+)
BLACK
(DC-)
WHITE
(DC+) GREEN/YELLOW
DIMMING LEADS
0-10 VDC SIGNAL
10V = 100% LIGHT OUTPUT
DRIVER
N
L
(BLACK/ORANGE)
N
(BLACK/WHITE)
+ (RED)
- (BLACK)
S2 +
S1 -
LINE
NEUTRAL
POSITIVE
NEGATIVE
GROUND
SUPPLY WIRE
5L WIRING UNV34
INPUT
OUTPUT
DRIVER HOUSING
LED PCB 1
DRIVER HOUSING
3X
2 POLE SPLICE
CONNECTOR
HEATSINK
BLACK/WHITE
3X
3 POLE SPLICE
CONNECTOR
2X
2 POLE SPLICE
CONNECTOR
(YELLOW/BLACK)
(YELLOW/RED)
G
G N
L
GRAY (-)
PURPLE (+)
BLACK
(DC-)
WHITE
(DC+) GREEN/YELLOW
G
(GREEN)
DIMMING LEADS
0-10 VDC SIGNAL
10V = 100% LIGHT OUTPUT
DRIVER
INPUT
OUTPUT
L N
L
(BLACK)
N
(WHITE)
+ (RED)
- (BLACK)
LED PCB 1
S2 -
LINE
NEUTRAL
POSITIVE
NEGATIVE
GROUND
SUPPLY WIRE
7L - 11L WIRING UNV34
S1 +
S2 +
S1 -
(JUMPER WIRE - BLACK)
DIMMER
0 - 10VDC
DIMMING LEADS
0-10 VDC SIGNAL
10V = 100% LIGHT OUTPUT
DRIVER HOUSING
3X
2 POLE SPLICE
CONNECTOR
HEATSINK
BLACK/WHITE
3X
3 POLE SPLICE
CONNECTOR
2X
2 POLE SPLICE
CONNECTOR
(YELLOW/BLACK)
(YELLOW/RED)
G
G N
L
GRAY (-)
PURPLE (+)
BLACK
(DC-)
WHITE
(DC+) GREEN/YELLOW
G
(GREEN)
DIMMING LEADS
0-10 VDC SIGNAL
10V = 100% LIGHT OUTPUT
DRIVER
INPUT
OUTPUT
L N
L
(BLACK)
N
(WHITE)
+ (RED)
- (BLACK)
LED PCB 1
S2 -
LINE
NEUTRAL
POSITIVE
NEGATIVE
GROUND
SUPPLY WIRE
13L - 15L WIRING UNV34
PINK (OTP+)
BLUE/WHITE (OTP+)
S1 -
S2 +
S1 +
(JUMPER WIRE - BLACK)
DIMMER
0 - 10VDC
Leads not used
Leads not used
Leads not used Leads not used
Leads not used

Eaton’s Crouse-Hinds Division IF 1889
1201 Wolf Street, Syracuse, New York 13208 • U.S.A. Revision 1
Copyright©2020 New 02/20
All statements, technical information and recommendations contained herein are based on information and tests we believe to be reliable. The accuracy or completeness thereof are not guaranteed. In
accordance with Eaton’s Crouse-Hinds Division’s “Terms and Conditions of Sale,” and since conditions of use are outside our control, the purchaser should determine the suitability of the product for his intended
use and assumes all risk and liability whatsoever in connection therewith.