Leviton VerifEye 6000 Series User manual

Series 6000 3-Phase Meter
Cat. No. 61N00
Installation Manual
DI-000-61N00-20A
WEB VERSION

WEB VERSION

TABLE OF CONTENTS
1 Warnings and Cautions .................................................................................................................1
2 Product Description ......................................................................................................................2
3 Conduit Hole ..................................................................................................................................3
4 Installation ......................................................................................................................................4
5 Conguration ...............................................................................................................................10
6 Standard Statements and Warranty ........................................................................................... 11
WEB VERSION

WARNINGS:
• TO AVOID FIRE, SHOCK, OR DEATH:TURN OFF POWER at circuit breaker or fuse and test that power
is off before wiring!
• TO AVOID SHOCK, BURN, OR ARC FLASH: DO NOT CLAMP OR PULL OUT NON-INSULATED
CONDUCTORS CARRYING DANGEROUS VOLTAGE!
• FAILURE TO COMPLY WITH THE INSTALLATION INSTRUCTIONS WARNINGS AND CAUTIONS CAN
CAUSE BODILY INJURY, ELECTRIC SHOCK, BURNS, DEATH OR DAMAGE TO PROPERTY.
• Only electricians or other qualied personnel should install or remove the product
• To be installed and/or used in accordance with appropriate electrical codes and regulations.
• DO NOT attempt to repair the product.
CAUTIONS:
• Only use Leviton approved accessories.
• Contact Leviton for any questions regarding the disposal of the product.
• When the ambient temperature exceeds +50°C, the minimum temperature rating of the copper cable to be
connected to terminal must be +85°C .
• Always connect the current transformers using the recommended connection RJ12 cables and observing
the maximum prescribed currents.
• Auxillary power supply input terminal maximum voltage is 400 VAC.
• The product is designed only for the application specied in the operating instructions.
• The network frequency indicated on the device is observed: 50 or 60 Hz.
• The device must be positioned within an installation which complies with the standards currently in force.
• Failure to follow these precautions could cause damage to the device.
• SAVE THESE INSTRUCTIONS.
1 WARNINGS AND CAUTIONS
1
WEB VERSION

2 PRODUCT DESCRIPTION
2
2.1 General Description
The VERIFEYE 61N00 (61P00) Power Analyzer is equipped with Ethernet Modbus TCP/IP output and built
in web server, and is enclosed in NEMA 4X PC enclosure prewired with fused voltage.
2.2 Physical Dimensions
Below shows the dimentions of the Power Analyzer with enclosure.
Analyzer with Enclosure Dimension
10.67 in.
(271.2 mm)
5.64 in.
(143.3 mm)
AA
12.04 in.
(305.9 mm)
12.89 in.
(327.4 mm)
12.04 in.
(305.9 mm)
FRONT
LEFT SIDE
6.35 in.
(161.4 mm)
7.96 in.
(202.3 mm)
6.25 in.
(158.8 mm)
5.57 in.
(141.6 mm)
5.13 in.
(130.4 mm)
SECTION A-A
WEB VERSION

3 CONDUIT HOLE
3
The VERIFEYE 61N00 is shipped without conduit holes. They will need to be cut on the left side, right
side, and/or the top of the enclosure. See the below drawings for recommended conduit hole locations.
1. Open the enclosure door, unscrew the two right ride screws, and lift the metal plate.
2. Cut the conduit holes only in the locations where conduit ttings will be installed. Conduit hole
templates can be found within the black bag that comes in the box.
3. To maintain the enclosure’s environmental rating, the installer must use conduit hubs/ttings with
the same environmental rating as the enclosure. (Fittings not supplied by Leviton)
4. Maintain spacing of at least ½ in. between conduit hubs/ttings and uninsulated live conductors.
5. Use “Grounding” conduit ttings with built-in set screws. Run insulated copper conductors,
16AWG or thicker, from ttings to spar ground terminal blocks.
6. Route incoming voltage conductors at least ¼ in. away from current sensor and signal conductors.
Route current sensor conductors at least ¼ in. away from communication conductors.
7. Use cable ties to secure conductors to each other and to maintain spacing.
Recommended Conduit Hole Locations
1 1
2
3 1
4
2 3
8
5 7
16
(Centered)
Alternative conduit hole location
for
1/2 in., 3/4 in., or 1 in. conduit only.
Recommended conduit
hole locations for
1/2 in. or 3/4 in.
conduit only.
LEFT SIDE
12 7
811 3
8
2 1
2
7 1
4
6 3
8
Recommended conduit hole
location for
1/2 in. or 3/4 in. conduit only.
Right SIDE
1 3
4
4 7
16
(Centered)
Recommended conduit
hole location
for 1/2 in.,
3/4 in., or 1in. conduit only.
TOP
WEB VERSION

4 INSTALLATION
4.1 Install Mounting Feet to Back of Enclosure
The 61N00 is shipped with mounting feet and installation hardware.
4
Mounting Feed and Installation Hardware
Enclosure Mounting Feet Positions (Vertical, Horizontal, and Diagonal)
Center of Crosshair Indicates Screw Mounting Location
1. Turn the enclosure so the back side is visible.Then place the mounting feet over the octagon
pieces (you can place the mounting feet horizontally, diagonally, or vertically) and fasten them
with the ¼ in. -20 x 0.25 in. SS, countersunk Phillips drive screws (torque limit is 30 in. lbs.).
2. Position enclosire vertically (i.e. on a wall) or horizontally (i.e. on a table top).
3. Mount unit using #10-32 3/4 in. panhead screws and screw directly in the
center of the cross on mounting feet.
WEB VERSION

4 INSTALLATION
4.2 Wiring
NOTE: Before wiring the system, make sure that the fuses are NOT installed. The fuses are to be installed
AFTER all wiring is complete.
5
1. Behind the metal plate the prewired and the components that need to be wired can be seen.
2. Wire the voltage according to the designated fuse holder (L1, L2, L3, and N).
Use class 1 conductors and the input voltage must be 110VAC to 277VAC L-N. Make sure that the metal
cover is still open inside the enclosure.
Wiring Locations
Specications
12x OUTPUT
30 VDC - 20 mA max. - SELV x= 7 mm 0.14 mm - 1.5 mm 0.25 N.m max.
23x INPUT
12 VDC - 27 mA max. - SELV x= 7 mm 0.14 mm - 1.5 mm 0.25 N.m max.
3RS485
MODBUS SELV x= 7 mm 0.14 mm - 1.5 mm 0.25 N.m max.
4SUPPLY 110-400 VAC 50-60Hz
120-300 VDC
x= 7 mm
0.2 mm - 2.5 mm 0.6 N.m max.
5V1-V2-V3-VN 50-300 VAC (L/N)
87-520 VAC (L/L’)
x= 7 mm
0.2 mm - 2.5 mm 0.6 N.m max.
6ETHERNET PROFIBUS --
7x= 8 mm
0.2 mm - 4 mm 0.6 N.m max.
FE
V3 V2 V1
L3 L2 L1
RM CC
NN
CMC1-2
NTB4
BLU RED
FU23FU13
FH1
4
FU33
RED
GRN/YEL
RED
WHT
GRN/YEL
GND
GND GND
1492-JG6
TB2
BLK
GND GND
1492-JG6
TB3
GND GND
1492-JG6
TB1
V3 V2 V1 A40-L
N
A40-N
SELV: Safety Extra Low Voltage
WEB VERSION

4 INSTALLATION
4.2 Wiring (Continued)
6
3. Maintain spacing of at least ½ in. between conduit hubs/ttings and uninsulated live
conductors. Use cable ties to secure conductors to each other and to maintain spacing.
7. Close the metal plate and screw it back down. The VERIFEYE 61N00 should now be
powered and functioning.
4. Plug in the RJ12 cables to the VERIFEYE 61N00 and feed the cable out of a conduit hole.
5. Connect the current transformers to the load and connect them into the appropriate
L1/L2/L3 input on the meter using an RJ12 cable.
6. Put fuses provided in the black bag into the fuse holders.
NOTE:
Connect the communication protocol being used at this point. For more detailed
instructions on how to set up the communication protocols please refer to the VERIFEYE
61P00 instruction manual.
CCSRJ Sensor Cables
3x I CTSxx/CRSxx Sensors
RJ12 Cable Locations on VERIFEYE 61N00
WEB VERSION

4 INSTALLATION
7
N
V1 V2 V3 VN
VI
L1
L2
L3
I01 I02 I03
3+N
Three-phase + Neutral
3P+N – 3CT
(1 three-phase load + measured Neutral)
Three-phase
3P – 3CT
(1 three-phase load)
V1 V2 V3 VN
VI
L1
L2
L3
I01 I02 I03
3
Three-phase
3P – 2CT
(1 unbalanced three-phase load)
V1 V2 V3 VN
VI
L1
L2
L3
I01 I02 I03
3
Three-phase
3P+N – 1CT
(1 balanced three-phase load)
V1 V2 V3 VN
VI
L1
L2
L3
N
I01 I02 I03
3+N
Three-phase
3P – 1CT
(1 two-phase load)
V1 V2 V3 VN
VI
L1
L2
L3
3
I01 I02 I03
Two-phase + Neutral
2P+N – 2CT
(1 two-phase load + measured Neutral)
V1 V2 V3 VN
V
L1
L2
N
I01 I02 I03
2+N
I
Two-phase
2P – 1CT
(1 two-phase load)
V1 V2 V3 VN
VI
L1
L2
I01 I02 I03
2
Single phase
1P+N – 1CT
(1 single-phase load)
V1 V2 V3 VN
VI
L1
N
I02 I03
1
I01
4.2 Wiring (Continued)
WEB VERSION