Leviton HCM06-1D User manual

FEATURES
•Leviton's Decora® Style design • ON/OFF LED indicates status of load
•Soft fade ON/OFF • Works with Transmitters and Controllers
•Minimum Brightness Adjustment • DHC Scene Capable
•Brightness Level Display (optional) • One Button Programming
•Intellisense Circuitry • Color conversion available
INTRODUCTION
Leviton Residential Powerline Carrier Components are designed to provide the greatest signal integrity and noise immunity possible.
However, in some environments intense electrical noise can cause interference with the signal. Leviton has developed hardware and
techniques for overcoming this interference when properly applied.
LEVITON’S DHC DEVICES FEATURE INTELLISENSE, THE RIGHT TYPE OF AUTOMATIC GAIN CONTROL (AGC)
Leviton DHC devices use Intellisense, a special gated-type of AGC, to help eliminate noise problems.This circuit feature is ideal for
powerline carrier systems because it only operates during the signal
window when receivers listen for command signals. Noise levels in
the signal window are never as high as they are during other
portions of the AC power curve. Therefore, Leviton’s Intellisense
gated AGC will desensitize a receiver to noise signals with only a
minimal reduction in command signal sensitivity. The result:
Problems from noise interference are dramatically reduced without
affecting overall system performance.
It is the responsibility of the specifier/installer to test for signal
strength and the presence of noise using Leviton test equipment,
Cat. Nos. 6385 (Signal Test Transmitter) and 6386 (Signal Strength
Indicator), and to properly apply signal coupling and noise reduction
equipment according to the guidelines provided in the Decora Home
Controls (DHC) Technical Manual and the DHC Troubleshooting
Guide.
Leviton specifically denies any warranty of performance, stated or implied, where electrical noise interference exists at the time of
installation, or subsequent to installation by the addition of noise-producing devices or equipment, or where these components have been
installed for non-residential applications.
DHC Components are for residential use only. Installation for any other application voids any warranty, stated or implied.
DESCRIPTION
The Leviton Universal Dimmers, Cat. Nos. HCM Ø 6 and HCM1 Ø , are designed for use with DHC Residential Powerline Carrier
Components. Cat. Nos. HCM Ø 6 and HCM1 Ø function as remote dimming devices which respond to coded DIM/BRIGHT, ON/OFF, and
ALL LIGHTS ON/OFF commands.
Cat. Nos. HCM Ø 6 and HCM1 Ø can be operated manually as a standard type dimmer. The module may be set to any of 256 address
codes, to be selected at the time of installation. The desired address is set by depressing and holding the recessed button until the ON/
OFF LED flashes. The code is then learned from any transmitter when it sends the DHC command. The module is equipped with six-inch
leads and installs in a standard wall box. It is suitable for incandescent and magnetic low-voltage lighting loads.
APPLICATIONS
DHC devices will not control lighting that is used with electronic low-voltage and high frequency power supply transformers, nor high
pressure discharge lamps (HID lighting). This includes mercury-vapor, sodium vapor and metal halide lamps.
FCC COMPLIANCE STATEMENT
This equipment has been tested and found to comply with the limits for a Class B Digital Device, pursuant to Part 15 of the FCC Rules.
These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment
generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause
harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If
this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment OFF
an ON, the user is encouraged to try to correct the interference by one or more of the following measures:
•Reorient or relocate the receiving Antenna.
•Increase the separation between the equipment and the receiver.
•Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
•Consult the dealer or an experienced radio/tv technician for help.
INSTALLATION INSTRUCTIONS
WARNING: TO BE INSTALLEDAND/OR USED IN ACCORDANCE WITH APPROPRIATE ELECTRICALCODES AND REGULATIONS.
WARNING: IF YOUARE NOT SUREABOUTANY PART OF THESE INSTRUCTIONS, CONSULT A QUALIFIED ELECTRICIAN.
WARNING: TO REDUCE THE RISK OF OVERHEATING AND POSSIBLE DAMAGE TO OTHER EQUIPMENT, DO NOT INSTALLTO
CONTROLA RECEPTACLE, MOTOR-OPERATED APPLIANCE, FLUORESCENT LIGHTING FIXTURE, OR ATRANSFORMER-
SUPPLIED APPLIANCE, OTHER THANAPPROPRIATE LOW-VOLTAGE SLIGHTING.
CAUTION (For Incandescent Only): USE WITH INCANDESCENTOR 120V HALOGEN FIXTURES ONLY.
CAUTION (For Magnetic Low-Voltage Only):
1. USE WITH MAGNETIC LOW-VOLTAGE TRANSFORMERS, INCANDESCENT, OR 120V MAGNETIC LOW-VOLTAGE HALOGEN
FIXTURES ONLY. USEA LEVITON ELECTRONIC LOW-VOLTAGE DIMMER TO CONTROLELECTRONIC (SOLID STATE) LOW-
VOLTAGE TRANSFORMERS.
2. WHEN AMAGNETIC LOW-VOLTAGE CIRCUIT IS OPERATED AT ADIM LEVEL, WITH ALL LAMPS INOPERATIVE, EXCESS CURRENT MAY
FLOW THROUGH THE TRANSFORMER.TO AVOID POSSIBLE TRANSFORMER FAILURE DUE TO OVERCURRENT, USE A
TRANSFORMER THAT INCORPORATES THERMALPROTECTION OR AFUSE AT THE PRIMARY WINDINGS.
PK-93052-10-00-0A
Universal Dimmer
(Single Pole or 3 Way)
Rated: 120VAC, 60Hz
Cat. No. HCM
Ø 6-1D (Lighted)
Cat. No. HCM
Ø 6-1S
Incandescent: 600W max., 60W min.
Magnetic: 600VA max., 60VA min.
Cat. No. HCM1
Ø -1D (Lighted)
Cat. No. HCM1 Ø -1S
Incandescent: 1000W max., 60W min.
Magnetic: 1000VA max., 60VA min.
For use w/ Cat. No. HCCxx
Transmitters and Scene Controllers
INSTALLATION INSTRUCTIONS
For TechnicalAssistance Call:
1-800-824-3005 (U.S.A. Only)
www.leviton.com
LIMITED 2 YEAR WARRANTY AND EXCLUSIONS
Leviton warrants to the original consumer purchaser and not for
the benefit of anyone else that this product at the time of its sale
by Leviton is free of defects in materials and workmanship under
normal and proper use for two years from the purchase date.
Leviton’s only obligation is to correct such defects by repair or
replacement, at its option, if within such two year period the
product is returned prepaid, with proof of purchase date, and a
description of the problem to Leviton Manufacturing Co., Inc.,
Att: Quality Assurance Department, 59-25 Little Neck
Parkway, Little Neck, New York 11362-2591. This warranty
excludes and there is disclaimed liability for labor for removal of
this product or reinstallation. This warranty is void if this product
is installed improperly or in an improper environment,
overloaded, misused, opened, abused, or altered in any manner,
or is not used under normal operating conditions or not in
accordance with any labels or instructions. There are no other
or implied warranties of any kind, including merchantability and
fitness for a particular purpose, but if any implied warranty is
required by the applicable jurisdiction, the duration of any such
implied warranty, including merchantability and fitness for a
particular purpose, is limited to two years. Leviton is not liable
for incidental, indirect, special, or consequential damages,
including without limitation, damage to, or loss of use of, any
equipment, lost sales or profits or delay or failure to perform this
warranty obligation. The remedies provided herein are the
exclusive remedies under this warranty, whether based on
contract, tort or otherwise.
OTHER CAUTIONS AND NOTES:
1. DISCONNECT POWER WHEN SERVICING FIXTURE OR CHANGING BULBS.
2. USE THIS DEVICE ONLY WITH COPPER OR COPPER CLAD WIRE. WITH ALUMINUM WIRE USE ONLY DEVICES MARKED
CO/ALR OR CU/AL.
3. SAVE THIS INSTRUCTION SHEET. ITCONTAINS IMPORTANT TECHNICAL DATAALONG WITH TESTING AND
TROUBLESHOOTING INFORMATION WHICH WILL BE USEFULAFTER INSTALLATION IS COMPLETE.
MULTI-GANG INSTALLATION:
When ganging dimmers, the side sections of the mounting strap must be removed. Use pliers to carefully bend side sections back and
forth until they break off (see Figure 1). The side sections dissipate heat, so removing them requires a derating of the dimmer's capacity
(see chart).
MAXIMUM BULB WATTAGE (For Magnetic Low-Voltage Only):
Low-voltage dimmers are rated in Volt-Amps (VA). The maximum bulb wattage is determined by the efficiency of the transformer in the
low-voltage lighting system. Transformer efficiencies will vary from different manufacturers; consider 75% efficient as average. Use the
chart to determine maximum bulb wattage for typical transformer
efficiency ratings.
TO INSTALL:
1. WARNING: TO AVOID FIRE, SHOCK, OR DEATH; TURN
OFF POWER AT CIRCUIT BREAKER OR FUSE AND TEST
THAT POWER IS OFF BEFORE WIRING!
2. Remove existing wallplate and switch or dimmer, if applicable.
3. Remove 3/4" (1.9 cm) of insulation from each circuit conductor.
Make sure that ends of conductors are straight.
4. For non-low-voltage applications, Cat. Nos. HCM Ø 6 and
HCM1 Ø can be wired to a Neutral or Non-Neutral service. It
is recommended that a circuit utilizing a Neutral side be used or
that a Neutral side be made available for this installation.
5. Connect lead wires per appropriate WIRING DIAGRAM as
follows: WARNING: CONNECT A MAGNETIC LOW-
VOLTAGE DIMMER ONLY TO THE PRIMARY (HIGH-
VOLTAGE) SIDE OF A MAGNETIC LOW-VOLTAGE
TRANSFORMER AND A NEUTRAL WIRE MUST BE USED.
Twist strands of each lead tightly and, with circuit conductors,
push firmly into appropriate wire connector. Screw connectors
on clockwise making sure that no bare conductor shows below the wire connectors. Secure each connector with electrical tape.
NOTE: For single pole applications, cap YELLOW lead with an appropriate size wire connector. Secure connector with electrical
tape.
6. Mount device “TOP” up to wall box with screws provided. Restore power at circuit breaker or fuse.
7. Using a small pointed object (i.e., small screwdriver), depress and hold the Minimum Brightness Level/Program Switch until the ON/OFF
LED flashes (refer to Figure 2). The unit is now ready to accept a DHC code.
At a DHC single controller, verify code setting to be learned and press upper rocker. The dimmer will now accept and memorize code.
(refer to Figure 2).
On a multi-button transmitter, verify base code then press the appropriate ON button of row desired. The dimmer will accept and
memorize the appropriate code for that button.
NOTE: The code can be changed by repeating the procedure and selecting a different code or button.
8. If it is desirable to change the color of the device, do so now by following the “ Color Conversion Procedure”.
9. Remount switch plate if applicable, ensuring that the tabs with cutouts in strap and air gap switch lever are aligned with cutouts in frame.
10. Attach wallplate. INSTALLATION IS COMPLETE.
NOTE: On the lower left corner of the switch plate, there is an air gap switch. When servicing a controlled fixture, pull out lever (OFF
position). This will cut the power to the fixture. After servicing is complete, push in the lever (ON position) to restore power. The lever
must be pushed in all the way (ON position) for normal operation.
PK-93052-10-00-0A
Command Signal
is picked up Gated AGC ignores
High noise levels
outside signal window
Noise is not
picked up
Signal Window Signal Window Receiver sensitivity
with Intellisense
gated AGC
Figure 1 – Switch Plate Removal
Air-Gap
Switch
Brightness Level Display
(HCM06-1D and HCM10-1D Only)
Push in 2 Locations
(see arrows)
Switch Plate
Strap AC Indicator
Light
Figure 2 – Dimmer Functions
Two More than
Rating Single Gang 2 Gang
600VA 450W 375W 300W
1000VA 750W 600W 525W
MAXIMUM BULB WATTAGE AT 75% EFFICIENCY
MAXIMUM LOAD PER DIMMER FOR MULTI-GANG
Cat. No.
HCM
Ø 6
HCM
Ø 6
HCM1 Ø
HCM1 Ø
Single
600W
600VA
1000W
1000VA
Two
Gang
500W
500VA
800W
800VA
More than
2 Gang
400W
400VA
700W
700VA
Upper
Rocker
Air Gap
Switch Lever ON/OFF and
Program LED
Lower
Rocker
Minimum Brightness
Level/Program Switch
PK-93052-10-00-0A 3/14/02, 12:06 PM1

MINIMUM BRIGHTNESS ADJUSTMENT
1. Remove wallplate, if applicable.
2. If control is OFF when power is restored, turn control ON by tapping the upper-half of the rocker.
3. Using a small pointed object (i.e., small screwdriver), depress switch on side of dimmer (refer to Figure 2). Using the rocker,
adjust the brightness until light reaches lowest desired level (must be less than 1/3 full range). Release rocker. Release adjustment
lever and minimum brightness is set.
NOTE: You cannot turn OFF power to the light completely with the adjustment lever.
Once the minimum brightness level has been set, the unit automatically sets the display to indicate relative brightness as equally
distributed levels, to the maximum level of full brightness, which will vary according to bulb type and manufacturer.
4. When satisfied with the brightness level that you have selected, attach wallplate. Adjustment is complete.
COLOR CONVERSION PROCEDURE
The color of Cat. Nos. HCM Ø 6 and HCM1 Ø can be changed to suit your interior design requirements. Simply obtain a color conversion
kit of the appropriate color from your Leviton distributor or use the one provided, and proceed as follows:
1. The switch plate has snaps on its sides. Place the tip of a small-bladed screwdriver under a snap and gently pry off the switch plate
(refer to Figure 1).
2. Take the new switch plate and position it properly to the strap. Notice that the switch plate has a cut-out for the air-gap switch lever.
With the switch plate properly positioned, gently press it into place until it seats properly with a click. The color conversion is
complete.
TO OPERATE
ON: Tap the upper half of the rocker. The lights will brighten to the last set light level.
OFF: Tap the lower half of the rocker. The lights will dim to OFF.
BRIGHTEN: Press and hold the upper half of the rocker to the desired light level.
FULL BRIGHT: Tap the upper half of the rocker twice quickly. The lights will turn ON FULL BRIGHT. The previous light level will remain
in memory upon next ON operation (see above).
DIM: Press and hold the lower half of the rocker to the desired level.
BRIGHTNESS LEVEL DISPLAY (HCM Ø 6 AND HCM1 Ø ONLY):
Indicates the level of brightness when the lights are ON. Indicates the previous level of brightness when the lights are OFF (refer to Figure 1).
NOTE: To alert you that there is power to the dimmer when the load is OFF, the AC Indicator Light remains ON. To alert you that the
load is ON, the AC Indicator Light remains OFF.
NOTE: If lights are OFF, regardless if you tap or press and hold the upper half of the rocker, the lights will go to last set light level.
NOTE: If a power interruption should occur while the device is ON, the light load will return to its previous light level when power is restored.
TESTING PROCEDURE
With Cat. Nos. HCM Ø 6 and HCM1 Ø properly wired and powered-up, tap the switch plate several times to ensure that the module is
turning its load ON and OFF in response to manual control. To check for proper local dimming, keep switch plate pressed down to
confirm that load is dimming. Leave the switch in the ON position. Next, use a Cat. No. 6320, Leviton Table Top Controller, or any
other controller, to check for proper module operation as follows:
NOTE: If a power interruption should occur while the device is on, the light load will return to it’s previous state when power is restored.
1. Transmit an OFF command to the module. It should respond by turning its assigned Load OFF.
2. Transmit anALL LIGHTS ON command to this module from an appropriately coded controller. It should respond by turning its
assigned Load ON.
3. Transmit DIM and BRIGHTEN commands. Lighting controlled should respond accordingly.
4. Transmit anALL OFF command from an appropriately coded controller. It should respond by turning its assigned Load OFF.
PERFECT PERFORMANCE CHECKLIST
If Cat. Nos. HCM Ø 6 and HCM1 Ø appear to be functioning improperly, proceed with the following steps:
1. Confirm that the device is wired exactly as shown in the WIRING DIAGRAM.
2. Confirm that the module is being supplied from a 120V, 60Hz AC source ONLY.
3. Confirm that the load being controlled is in proper working order. Local switch, ON (check for burned-out bulbs).
4. Confirm that the Air Gap Switch Lever is pushed all the way in.
5. Confirm that the load being controlled does not exceed the 600W module limit for Cat. No. HCM Ø 6 and 1000W module limit for
Cat. No. HCM1 Ø .
6. Confirm that unit is programmed properly. Repeat program procedure from Step 7 under “TO INSTALL” section.
NOTE: If the module still does not operate properly after following steps 1-6, the fault may not lie with the module. Proceed with
steps 7 and 8.
7. Set the controller to transmit address P1. Using a Cat No. 6386 Signal Strength Indicator plugged in on the same branch circuit as
the controller, confirm that the controller is transmitting a minimum reading of 2 volts of command signal at the
HI-RANGE setting. If the signal strength is less than 2 volts, have the controller checked.
8. Check for the adequate command signal for Cat. No. HCM Ø 6 and HCM1 Ø locations as follows:
A. Plug the Cat. No. 6385 Signal Test Transmitter into a receptacle on the same circuit as the controller.
B.Using the Cat. No. 6386 Signal Strength Indicator at the HCM Ø 6 or HCM1 Ø location, check the command signal amplitude.
Signal strength must be 100mV minimum. If there is less than 100mV of signal present, it may be necessary to couple both legs
of the 120/240 volt power service at the entrance panel using Cat. No. 6299 Signal Bridge.
C. If the YELLOW ERROR CONDITION indicator is lit, there is electrical “noise” present on theAC line which is interfering with
proper module operation. The source of the noise must be identified and either filtered out or eliminated (refer to Technical
Manual).
Wiring Diagram 3A – Single Magnetic Low-Voltage Application
PK-93052-10-00-0A
Load
Hot (Black)
Neutral (White)
Black
Yellow
Black
White
Blue
Green
Ground
Line
120VAC, 60Hz
Cap with
Wire Connector
White
Universal
Dimmer
Wiring Diagram 2 – 3-Way Application (Incandescent)
Load
Hot (Black)
Neutral (White)
Universal
Dimmer
Blue Blue
Yellow Yellow
Green
Ground Green Ground
Black
White
Line
120VAC, 60Hz
Multi-Remote
MS
ØØ R-1
Black
White
Load
Hot (Black)
Neutral (White)
Universal
Dimmer
Blue Blue
Yellow Yellow
Green
Ground Green
Ground
Black
White
Line
120VAC, 60Hz
Multi-Remote
MS
ØØ R-1
Black
White
Application without Neutral Wiring
Application with Neutral Wiring (Preferred)
Wiring Diagram 1 – Single Pole Application (Incandescent)
Application without Neutral WiringApplication with Neutral Wiring (Preferred)
Hot (Black)
Neutral (White)
Black
Yellow
Black
White
Blue
Green
Ground
Line
120VAC, 60Hz
Cap with
Wire Connector
White
Universal
Dimmer
Load
Hot (Black)
Neutral (White)
Black
Yellow
Black
White
Blue
Green
Ground
Line
120VAC, 60Hz
Cap with
Wire Connector
White
Universal
Dimmer
Load
Hot (Black)
Neutral (White)
Universal
Dimmer
Blue Blue
Yellow Yellow
Green
Ground Green Ground
Black
White
Line
120VAC, 60Hz
Multi-Remote
MS
ØØ R-1
Load
Black
White
Wiring Diagram 3B – 3-Way Magnetic Low-Voltage Application
PK-93052-10-00-0A 3/14/02, 12:06 PM2