Electrical · E-K6ZC8

Controlled Receptacle Wiring Diagram - Typical

Elements

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Wiring and component layout for a lighting and controlled receptacle system utilizing network bridges, routers, and room controllers. The network cabinet includes DIN rails, a pre-wired power supply, four NB-ROUTERS, and an NB-SWITCH-8, with an optional RACCESS cell modem and antenna. LMBC-300 network bridges connect via segment MS-STP wiring with specified 120-ohm resistor placements and shield grounding requirements at the start, middle, and end of the run. A room controller (LMRC-112) interfaces with photosensors, dual-tech sensors, dimming switches, and plug load controllers. An ELCU-200 emergency lighting control unit manages normal and emergency power switching with a test switch jumper loop.

HIB HI COM Power + - SC Ethernet NB- ROUTER MS/TP HIB HI COM Power + - SC Ethernet NB- ROUTER MS/TP HIB HI COM Power + - SC Ethernet NB- ROUTER MS/TP HIB HI COM Power + - SC Ethernet NB- ROUTER MS/TP NB-SWITCH-8 HIB HI COM Power 1 3 5 7 2 4 6 8 COM 24v NEU 24v HOT GRD COM LMNC-4 Network Cabinet. Includes DIN rails and pre-wired Power Supply to 4 NB-ROUTERs and 1 NB-SWITCH-8. LMSM ordered separately. Optional RACCESS Cell Modem Optional RACCESS Cell Antenna + - n/a R NETWORK BRIDGE LMBC-300 + - n/a R NETWORK BRIDGE LMBC-300 + - n/a R NETWORK BRIDGE LMBC-300 + - n/a R NETWORK BRIDGE LMBC-300 + - n/a R NETWORK BRIDGE LMBC-300 + - n/a R NETWORK BRIDGE LMBC-300 Segment Network MS/TP Segment Network MS/TP Segment Network MS/TP Segment Network MS/TP To Next DLM Network Bridge Segment Network MS/TP NETWORK BRIDGE LMBC-300 Segment Network MS/TP To Bacnet Controller To Third Party Device CONTACT OUTPUT LMRL-100 N.C. Common N.O. Dimming Lighting Load Dimming Lighting Load Red 0-10VDC Dimming Yel Yel Vio Pink or Gry Gray/Red & Violet/Red Gray/Yel & Violet/Yel 0-10VDC Dimming Deep J-Box Room Controller Dimming LMRC-112 Vio Pink or Gry Vio Pink or Gry Normal Power Sense (Black 18AWG) Normal Neutral (White 18AWG) Normal Switched Sense (Red 18AWG) Emergency Power In (Black 12AWG) Emergency Neutral (White 18AWG) Emergency Power Out (Red 12AWG) Emergency Line Emergency Neutral Emergency Lighting Load Push to Test Cut jumper loop to use with Normally Closed -test switch -fire alarm panel -security panel -other ELCU-200 Remote Activation Normal Power Emergency Power Red Neutral Wht Unswitched Hot Blk 120/277 0-10VDC Dimming Ballast, LED Driver Required Power adapter ships with LMSM Ground (SEC) (PRI) POWER INPUT LAN 2 LAN 1 S + - RS-485 USB LMSM-6E To Devices Dimming Switch LMSW-222 2 1 LM-MSTP to 3rd floor LM-MSTP to 4th floor RJ45 Ethernet LAN Only (by others) To DLM devices in Room To DLM devices in Room To DLM devices in Room LM-MSTP network wire to 2nd floor LM-MSTP network wire to 1st Floor To DLM devices in Room **120Ω Resistor To DLM devices in Room To DLM devices in Room (-) Black (R) Green/White (+) White SC - + RS-485 Earth Ground To Devices Segment Network LM-MSTP Shield (+) White (R) Green/White (-) Black RS-485 Segment Network MS/TP Shield Wrapped **120Ω Resistor (+) White (R) Green/White (-) Black RS-485 To Devices Segment Network MS/TP Shields Connected and Wrapped **120Ω Resistor R + - n/a R + - n/a Neutral Wht PLUG LOAD CONTROLLER LMPL-101 120VAC Hot Blk Red Red Switched Switched **Break-off removal on hot side required for split-control wiring. ** UnSwitched UnSwitched (Optional) (Optional) A (b) (a) (EM) DEMAND RESPONSE SIGNAL Enclosure with DIN Rails for Network Hardware mounted in Electrical Room At last network bridge on the MS/TP wire: Install a 120 Ohm resistor and wrap the shield as shown - do not ground shield. Position NB-ROUTER at the start of its MS/TP run. DO NOT add a 120 Ohm resistor as the NB-ROUTER has one internally. At the SegMan ground the shield. At all network bridges on the MS/TP wire between NB-ROUTER and last LMBC-300: Connect and wrap the shields as shown - Do not connect sheild to terminal. No terminating resistor needed Do not overstrip - see installation instructions. SEQUENCE OF OPERATION 1. Lighting auto On to 50%, controlled receptacles auto On and ventilation enters occupied mode when occupancy detected. 2. Manual On/Off/Dim lighting with dimmer switch. 3. Lighting in primary daylight zone will continuously dim based on daylight contribution to maintain at least 35FC at task level. 4. Auto off all lighting, controlled receptacles and enter ventilation occupied standby mode within 20 minutes of occupants leaving. 5. A network demand response signal will reduce lighting level by a minimum of 15% of total lighting power. TYPICAL DRAWING DETAIL NOTES 1. Follow manufacturer instructions for proper product placement, installation, wiring and operation. 2. Diagram is typical for space type. Provide proper quantity and type of occupancy sensors, switches, room controllers, daylighting sensors, etc., per code requirement. 3. Use pre-terminated CAT5e cables with splitters and couplers as needed using a free topology wiring arrangement to connect lighting control devices. 4. Use LM-MSTP wire to daisy chain connect network bridge devices in each room. Twist together and tape back the shielded conductor and DO NOT connect to network terminals. Connect to ventilation control system for signaling space occupied mode Dual Tech Sensor LMDC-100 Photosensor LMLS-400

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