wattstopper LMZC-301 User manual

Installation Instructions
LMZC-301
DLM Zone Controller
Step 1
Remove the P115/277 board with the LMPI assembly
Step 2
Mount the LMCZ-301, using 4 mounting screws.
Step 3
Reinstall the P115/277 board with the LMPI assembly
Note: If installing an optional LMRC-100s, attach it to the
power supply board before reinstalling. See the instructions
at the bottom of the following page.
Step 4
Connect the incoming power cable to the power supply (and if used,
to the LMRC-100).
Green
(Ground)
White
(Neutral)
Black
(Line)
Black
(Line)
Green
(Ground)
White
(Neutral)
Connect as shown below for 115V Connect as shown below for 277V
SPECIFICATIONS
Input voltage..................................................115/277V 60 Hz
Class 2 connection to two independent DLM local networks (IRB)
24VDC output, up to 250mA across 2 RJ45 ports per
local network (A and B networks, 250 mA each)
If using an optional LMRC-100 to boost output, the
amount is 400 mA per network (two LMRC-100s
needed if using both networks)
Free-topology DLM local network segments may include
LMFC-011 Fixture Controllers, DLM switches, occupancy
sensors, daylight sensors and input modules
Category 5e cable, up to 1,000 ft. total per local network
Terminals for connection to DLM segment network
(BACnet MS/TP)
Segment network parameters
WattStopper LM-MSTP wire
Linear topology; 4000 ft. maximum per segment
Operating conditions:
for indoor use only ...................... 32-122 F (0 – 50 C)
........................................5-95% RH, non-condensing
UL and cUL listed
Green
(Ground)
White
(Neutral)
Black
(Line)
Green
(Ground)
White
(Neutral)
Black
(Line)
Wiring for an LMRC-100 Wiring for two LMRC-100s

Installation Instructions
LMZC-301
DLM Zone Controller
Step 1
Remove the P115/277 board with the LMPI assembly
Step 2
Mount the LMCZ-301, using 4 mounting screws.
Step 3
Reinstall the P115/277 board with the LMPI assembly
Note: If installing an optional LMRC-100s, attach it to the
power supply board before reinstalling. See the instructions
at the bottom of the following page.
Step 4
Connect the incoming power cable to the power supply (and if used,
to the LMRC-100).
Green
(Ground)
White
(Neutral)
Black
(Line)
Black
(Line)
Green
(Ground)
White
(Neutral)
Connect as shown below for 115V Connect as shown below for 277V
SPECIFICATIONS
Input voltage..................................................115/277V 60 Hz
Class 2 connection to two independent DLM local networks (IRB)
24VDC output, up to 250mA across 2 RJ45 ports per
local network (A and B networks, 250 mA each)
If using an optional LMRC-100 to boost output, the
amount is 400 mA per network (two LMRC-100s
needed if using both networks)
Free-topology DLM local network segments may include
LMFC-011 Fixture Controllers, DLM switches, occupancy
sensors, daylight sensors and input modules
Category 5e cable, up to 1,000 ft. total per local network
Terminals for connection to DLM segment network
(BACnet MS/TP)
Segment network parameters
WattStopper LM-MSTP wire
Linear topology; 4000 ft. maximum per segment
Operating conditions:
for indoor use only ...................... 32-122 F (0 – 50 C)
........................................5-95% RH, non-condensing
UL and cUL listed
Green
(Ground)
White
(Neutral)
Black
(Line)
Green
(Ground)
White
(Neutral)
Black
(Line)
Wiring for an LMRC-100 Wiring for two LMRC-100s

Installation Instructions
LMZC-301
DLM Zone Controller
Step 1
Remove the P115/277 board with the LMPI assembly
Step 2
Mount the LMCZ-301, using 4 mounting screws.
Step 3
Reinstall the P115/277 board with the LMPI assembly
Note: If installing an optional LMRC-100s, attach it to the
power supply board before reinstalling. See the instructions
at the bottom of the following page.
Step 4
Connect the incoming power cable to the power supply (and if used,
to the LMRC-100).
Green
(Ground)
White
(Neutral)
Black
(Line)
Black
(Line)
Green
(Ground)
White
(Neutral)
Connect as shown below for 115V Connect as shown below for 277V
SPECIFICATIONS
Input voltage..................................................115/277V 60 Hz
Class 2 connection to two independent DLM local networks (IRB)
24VDC output, up to 250mA across 2 RJ45 ports per
local network (A and B networks, 250 mA each)
If using an optional LMRC-100 to boost output, the
amount is 400 mA per network (two LMRC-100s
needed if using both networks)
Free-topology DLM local network segments may include
LMFC-011 Fixture Controllers, DLM switches, occupancy
sensors, daylight sensors and input modules
Category 5e cable, up to 1,000 ft. total per local network
Terminals for connection to DLM segment network
(BACnet MS/TP)
Segment network parameters
WattStopper LM-MSTP wire
Linear topology; 4000 ft. maximum per segment
Operating conditions:
for indoor use only ...................... 32-122 F (0 – 50 C)
........................................5-95% RH, non-condensing
UL and cUL listed
Green
(Ground)
White
(Neutral)
Black
(Line)
Green
(Ground)
White
(Neutral)
Black
(Line)
Wiring for an LMRC-100 Wiring for two LMRC-100s

Installation Instructions
LMZC-301
DLM Zone Controller
Step 1
Remove the P115/277 board with the LMPI assembly
Step 2
Mount the LMCZ-301, using 4 mounting screws.
Step 3
Reinstall the P115/277 board with the LMPI assembly
Note: If installing an optional LMRC-100s, attach it to the
power supply board before reinstalling. See the instructions
at the bottom of the following page.
Step 4
Connect the incoming power cable to the power supply (and if used,
to the LMRC-100).
Green
(Ground)
White
(Neutral)
Black
(Line)
Black
(Line)
Green
(Ground)
White
(Neutral)
Connect as shown below for 115V Connect as shown below for 277V
SPECIFICATIONS
Input voltage..................................................115/277V 60 Hz
Class 2 connection to two independent DLM local networks (IRB)
24VDC output, up to 250mA across 2 RJ45 ports per
local network (A and B networks, 250 mA each)
If using an optional LMRC-100 to boost output, the
amount is 400 mA per network (two LMRC-100s
needed if using both networks)
Free-topology DLM local network segments may include
LMFC-011 Fixture Controllers, DLM switches, occupancy
sensors, daylight sensors and input modules
Category 5e cable, up to 1,000 ft. total per local network
Terminals for connection to DLM segment network
(BACnet MS/TP)
Segment network parameters
WattStopper LM-MSTP wire
Linear topology; 4000 ft. maximum per segment
Operating conditions:
for indoor use only ...................... 32-122 F (0 – 50 C)
........................................5-95% RH, non-condensing
UL and cUL listed
Green
(Ground)
White
(Neutral)
Black
(Line)
Green
(Ground)
White
(Neutral)
Black
(Line)
Wiring for an LMRC-100 Wiring for two LMRC-100s

Installation Instructions
LMZC-301
DLM Zone Controller
Step 1
Remove the P115/277 board with the LMPI assembly
Step 2
Mount the LMCZ-301, using 4 mounting screws.
Step 3
Reinstall the P115/277 board with the LMPI assembly
Note: If installing an optional LMRC-100s, attach it to the
power supply board before reinstalling. See the instructions
at the bottom of the following page.
Step 4
Connect the incoming power cable to the power supply (and if used,
to the LMRC-100).
Green
(Ground)
White
(Neutral)
Black
(Line)
Black
(Line)
Green
(Ground)
White
(Neutral)
Connect as shown below for 115V Connect as shown below for 277V
SPECIFICATIONS
Input voltage..................................................115/277V 60 Hz
Class 2 connection to two independent DLM local networks (IRB)
24VDC output, up to 250mA across 2 RJ45 ports per
local network (A and B networks, 250 mA each)
If using an optional LMRC-100 to boost output, the
amount is 400 mA per network (two LMRC-100s
needed if using both networks)
Free-topology DLM local network segments may include
LMFC-011 Fixture Controllers, DLM switches, occupancy
sensors, daylight sensors and input modules
Category 5e cable, up to 1,000 ft. total per local network
Terminals for connection to DLM segment network
(BACnet MS/TP)
Segment network parameters
WattStopper LM-MSTP wire
Linear topology; 4000 ft. maximum per segment
Operating conditions:
for indoor use only ...................... 32-122 F (0 – 50 C)
........................................5-95% RH, non-condensing
UL and cUL listed
Green
(Ground)
White
(Neutral)
Black
(Line)
Green
(Ground)
White
(Neutral)
Black
(Line)
Wiring for an LMRC-100 Wiring for two LMRC-100s

WARRANTY INFORMATION
WattStopper warranties its products to be free of defects in materials and workmanship for a period of five (5) years. There are no obligations
or liabilities on the part of WattStopper for consequential damages arising out of, or in connection with, the use or performance of this product
or other indirect damages with respect to loss of property, revenue or profit, or cost of removal, installation or reinstallation.
Phone: [phone]
www.wattstopper.com
Please
Recycle
2800 De La Cruz Boulevard
Santa Clara, CA 95050
4/2015
21256r1
Step 5
Attach the ground wire.
Step 6
Connect the Power Supply to the LMPI board.
Red
Black
Step 7
Connect one or more LMRJ cables to the RJ45 jacks. There are two DLM IRB networks (labeled A & B) used to connect DLM devices such
as the LMFC-011 Fixture Controllers, switches, sensors, and room controllers. The networks are labeled A and B. Each network has two
RJ-45 jacks, for connecting CAT5 cable. It is not important which of the two jacks are used.
Note: RJ45 jacks/Cat5 cables are only used to connect to DLM switches, sensors, room controllers, etc. to the panel. To connect one
panel to another panel, use the MS/TP connectors
Once installation is complete, re-attach the cover to the LMCZ-301.
Network A
Network B
IR for LMCT
Communication
MS/TP Connector for
Segment Network
Power
Connection
Optional Installation of LMRC-100
In situations where a larger number of devices
are connected to a DLM network, you can
increase the amount of power output from
the LMZC-301 by installing a powered room
controller on either Cat 5e network (which
adds power to just that network), or by
installing one or two LMRC-100s within the
unit (one per network). Secure the LMRC-100
to the power supply board on the LMZC-301,
as shown to the right. Then, connect an LMRJ
cable from the LMRC-100 to the LMZC-301.
Note: If using an LMRC-100, maximum
operating condition is 104 F (40 C)
Knock out for mounting second LMRC-100 Note: An LMRC-100 should be only
connected to Network A or B only. To
use both Networks, you will need to
install two LMRC-100s.
WattStopper recommends
using grommets to protect
CAT5 cables routed
through knock out holes

Installation Instructions
LMZC-301
DLM Zone Controller
Step 1
Remove the P115/277 board with the LMPI assembly
Step 2
Mount the LMCZ-301, using 4 mounting screws.
Step 3
Reinstall the P115/277 board with the LMPI assembly
Note: If installing an optional LMRC-100s, attach it to the
power supply board before reinstalling. See the instructions
at the bottom of the following page.
Step 4
Connect the incoming power cable to the power supply (and if used,
to the LMRC-100).
Green
(Ground)
White
(Neutral)
Black
(Line)
Black
(Line)
Green
(Ground)
White
(Neutral)
Connect as shown below for 115V Connect as shown below for 277V
SPECIFICATIONS
Input voltage..................................................115/277V 60 Hz
Class 2 connection to two independent DLM local networks (IRB)
24VDC output, up to 250mA across 2 RJ45 ports per
local network (A and B networks, 250 mA each)
If using an optional LMRC-100 to boost output, the
amount is 400 mA per network (two LMRC-100s
needed if using both networks)
Free-topology DLM local network segments may include
LMFC-011 Fixture Controllers, DLM switches, occupancy
sensors, daylight sensors and input modules
Category 5e cable, up to 1,000 ft. total per local network
Terminals for connection to DLM segment network
(BACnet MS/TP)
Segment network parameters
WattStopper LM-MSTP wire
Linear topology; 4000 ft. maximum per segment
Operating conditions:
for indoor use only ...................... 32-122 F (0 – 50 C)
........................................5-95% RH, non-condensing
UL and cUL listed
Green
(Ground)
White
(Neutral)
Black
(Line)
Green
(Ground)
White
(Neutral)
Black
(Line)
Wiring for an LMRC-100 Wiring for two LMRC-100s