Rexnord Smart Condition Monitoring System 1050 User manual
ELECTRICAL AND COMMUNICATIONS
INSTRUCTION MANUAL
Monitoring System
®
gear drive.
Gear Drives
These instructions describe how to connect the Rexnord Edge to electrical power and ethernet
communications for all Rexnord Smart Condition Monitoring System models. This work is intended
for a licensed electrician as proper safety precautions should be taken when working with high
voltage. These instructions also cover how to connect the transducer used to monitor motor current
when provided as part of the model package. For details on sensor placement and attachment, please
refer to the proper model installation instructions found on Rexnord.com.
How to Use the Instrucons
2
Smart Condition Monitoring System Electrical and Communications Manual
CONTENTS
Exploded View ...................................................................................... 3
Electrical Connection ........................................................................ 4
Data Cable Connection ..................................................................... 7
Transducer Connection ............................................................................ 8
Network Connection (Security Guidelines) ........................... 12
PLC Interface Set Up .............................................................................. 12
Appendix A: Troubleshooting ...................................................... 13
Appendix B: Enclosure Details .................................................... 13
Appendix C: FCC Statements ...................................................... 14
Safety Requirements
The gear drive and power to Edge Device needs to be locked out during installation and troubleshooting.
3
Smart Condition Monitoring System Electrical and Communications Manual
1Serial Edge Device 1
2Edge Device mounting plate 1
3Socket head cap screw, #12-24UNC x 1-1/4" 4
4Lock washer #12 4
5Andon light 1
6Hex head cap screw, 5/16-18UNC x 3/4", grade 5 1
7Andon light bracket 1
8Lock nut 5/16-18UNC 1
9Rubber grommet 1
10 Andon Light mounting ange with M5 hardware 1
11 Conduit nipple electrical 0.50-14NPT x 3-1/2” 1
12 Andon light pipe cover 1
13 Hex Head Cap Screw, 1/2-13UNC x 1", grade 5 2
14 Lock washer, 1/2" 2
15 Flat washer, 1/2" 2
16 Channel 1-5/8" x 1-5/8" slotted, galvanized 1
17 Unistrut end cap 2
18 Mounting post, 190V-220V gear drives only 2
19 Channel Nut with Spring, 1-5/8" series, 1/2-13UNC 2
20
Socket head cap screw, M12x1.75 x 30mm, grade 8.8 (V-Class 120V – 180V) 2
Socket head cap crew, M12x1.75 x 45mm, Grade 8.8 (V-Class 190V – 220V) 2
Socket head cap screw, 5/16-18UNC x 5/8" (A+Plus and Y-Unit) 2
21 Lock washer, M12 (V-Class) 2
Lock washer, 5/16” zinc plated (A+Plus and Y-Unit) 2
22 Flat washer, M12 (V-Class) 2
Flat washer, 5/16” stainless (A+Plus and Y-Unit) 2
23 Power supply for Edge Device 1
24 Socket head cap screw #8-32 x 3/8” 2
25 Lock washer #8 2
5
1
23
16
7
9
10
11
12
2
17
6
8
3
4
13 14 15
19 20 21 22 2524
18
3
1446
4142
44 1
SEE NOTE 7
MOUNTING ITEM 1 TO
SHEET METAL
(OPTIONAL)
1
41
42
44 43
CABLE CLIP ASSEMBLY
451617
SEE NOTES 3 & 4
10795892 MONITOR KIT
(OPTIONAL)
60
61 62 63
* ITEM NOT SHOWN IN ASSEMBLY VIEWS
NOTES:
FASTENER TORQUES PER DRAWINGS 436155 (INCH) AND 436156 (METRIC)
1.
EXCEPT WHERE NOTED.
USE LOCTITE PIPE JOINT COMPOUND #30557 (PART NUMBER 10164926)
2.
OR EQUIVALENT ON ALL NPT PIPE JOINTS.
CABLE TIES (ITEM 17) TO BE INSTALLED WHERE NEEDED. DRILL 0.144" (#27) PILOT HOLE.
3.
CABLE TIES (ITEM 17) AND VIBRATION SENSOR (ITEM 3) MAY BE EPOXY
4.
MOUNTED IF PREFERRED, USING EPOXY (ITEM 21).
SEE DRAWING 110023894 FOR WIRING DIAGRAM.
5.
USE LOCTITE #242 THREADLOCKER (PART NUMBER 10154332) OR EQUIVALENT
6.
ON FASTENERS PER FMS 6.610 AS INDICATED.
MODBUS CONVERTER (ITEM 1) CAN BE LOCATED AS NEEDED.
7.
DRILL & TAP M8x1.25 MOUNTING HOLE.
MOUNTING POSTS (ITEM 13) ONLY USED ON 190-220V UNIT SIZES.
8.
ONLY THESE TWO ORIENTATIONS
ARE ACCEPTABLE FOR VIBRATION
SENSOR.
SLAVE ID: 40
SEE NOTES 4 & 6
(LOCTITE MTG SCREWS)
A
A
UNIVERSAL KIT BOM
ITEM
NO.
DESCRIPTION
QTY.
PART NO.
1
CONVERTER, MODBUS
1 10729698
2
ANDON LIGHT MODBUS MODIFIED
1 10674040
3
VIBRATION & TEMP SENSOR QM42VTQP MODIFD
1 10674039
4
EDGE-DEVICE, SERIAL, SED3 NO CELL
1 10782841
5
POWER-SUPPLY, PSU-SED503XYY KIT
1 10782845
6
CHANNEL 1-5/8"X1-5/8" SLOTTED, 32 IN, PRE-GALVANIZED
1 10791225
7
BRACKET SWITCH, ANDON LIGHT, 465A
1 10674013
8
BUSHING PUSH-IN RUBBER
1 10714028
9
BUSHING PIPE - PIPE MTG FLANGE
1 10609128
10
CONDUIT NIPPLE, ELECTRICAL 0.500-14 NPT X 3.50, GALVANIZED
1 10667340
11
ADAPTER PIPE - ANDON
1 10609126
12
MOUNTING PLATE, UNIVERSAL KIT, V3 EDGE DEVICE
1 10817916
13
MOUNTING POST, 190V-220V
2 10181094
14
RTD SUMP W/3-PIN CONNECTOR, 3.000"
1 10786580
15
END CAP FOR UNISTRUT, METAL, P1280EG
2 10606019
16
MOUNT, CABLE TIE, SS
8 10743680
17
CABLE TIE, HI-TEMP
8 10714805
18 *
SERIAL CABLE M12 F - M12 M, 5.0M, MOLDED
1 10738998
19 *
SERIAL CABLE M12 F - M12 M, 2.0M, MOLDED
2 10738996
20 *
SERIAL CABLE Y 2XM12 F TO M12 M, 0.25M
2 10739001
21 *
EPOXY, 2 PART DEVCON PLASTIC WELDER
1 10724955
22 *
LABEL QR CODE
1 10617071
23 *
BOX CARBON WALL 28X15X12
1 10804807
CONTENTS OF HARDWARE KIT 10818153
30
HEX HEAD CAPSCREW, 0.312-18UNC x 0.750", Gr.5, ZP
1 10063527
31
LOCKNUT, 0.312-18UNC, ZP
1 10064025
32
SOCKET HEAD CAPSCREW, #12-24UNC x 1.250", ZP
4 10812644
33
LOCKWASHER, #12, ZP
4 10812656
34
HEX HEAD CAPSCREW, 0.500-13UNC x 1.000", Gr.5, ZP
2 10063518
35
FLAT WASHER, 0.531 ID X 1.062 OD, 0.095 THK., ZP
2 10064172
36
LOCKWASHER, 0.500", ZP
2 10018201
37
CHANNEL NUT W/ SPRING, 1-5/8" SERIES, 0.500-13UNC
2 10605982
38
SOCKET HEAD CAPSCREW, M12x1.75 x 30, 8.8
2 10097296
SOCKET HEAD CAPSCREW, M12x1.75 x 45, 8.8
2 10097095
SOCKET HEAD CAPSCREW, 0.312-18UNC x 0.625"
2 10063413
39
FLAT WASHER, 13mm ID X 24mm OD X 2.5mm THK. (M12)
2 10093492
FLAT WASHER, 0.336 ID X 0.735 OD, 0.044 THK., 316SS
2 10219114
40
LOCKWASHER, M12, ZP
2 10084705
LOCKWASHER, 0.312", ZP
2 10064086
41
HEX HEAD CAPSCREW, M8x1.25 x 16, 8.8, ZP
1 10084648
42
LOCKWASHER, M8, ZP
1 10084708
43
HEX NUT, M8x1.25, ZP
1 10084703
44
HOSE CLAMP, Ø0,750", GALVANIZED
1 10741758
45
DRIVE SCREW ROUND HEAD, #8 X 0.375, ZP
8 10066024
46
PIPE BUSHING, 1.000-11.5 MP x 0.500-14 FP, ZP
1 10065334
PIPE BUSHING, 1.250-11.5 MP x 0.500-14 FP, ZP
1 10065336
PIPE BUSHING, 2.000-11.5 MP x 0.500-14 FP, ZP
1 10705867
47
SOCKET HEAD CAPSCREW, #8-32UNC X 0.375"
2 10063426
48
LOCKWASHER, #8, ZP
2 10064089
CONTENTS OF MONITOR KIT 10795892 (MONITOR KIT IS OPTIONAL)
60
MODBUS RTU MONITOR ASSY
1 10783609
61
SOCKET HEAD CAPSCREW, #10-24 x 0.750
4 10063433
62
FLAT WASHER, 0.219 ID X 0.500 OD, 0.049 THK.
4 10018205
63
LOCKWASHER, #10, ZP
4 10018202
64 *
SERIAL CABLE Y 2XM12 F TO M12 M, 0.5M
1 10739002
G
8
H
J
K
L
M
F
E
D
C
B
A
7
6
5
4
3
2
1
9
10
11
12
9
1
2
3
4
5
6
7
8
10
11
12
C
F
M
L
K
J
H
G
E
D
13
14
15
16
16
15
14
13
A
B
11-17-2020
.
.
KL
.
. .
A
THIS DOCUMENT CONTAINS CONFIDENTIAL/PROPRIETARY INFORMATION OF REXNORD INDUSTRIES, LLC.
NEITHER RECEIPT NOR POSSESSION THEREOF CONFERS ANY OWNERSHIP INTEREST IN RIGHT TO
REPRODUCE OR USE, OR DISCLOSE IN WHOLE OR IN PART, ANY SUCH INFORMATION WITHOUT
WRITTEN AUTHORIZATION FROM REXNORD INDUSTRIES, LLC. IT IS SUBJECT TO RETURN UPON DEMAND.
THESE COMMODITIES, TECHNOLOGY, OR SOFTWARE ARE SUBJECT TO THE UNITED STATES
EXPORT REGULATIONS. DIVERSION CONTRARY TO U.S. LAW AND OTHER RELEVANT EXPORT CONTROLS IS PROHIBITED.
SOLIDWORKS DRAWING
DO NOT CHANGE MANUALLY
DATE
CHKD
SYM
SCMS TIER 1010, V3
10-28-2020
D. JASKIE
N. ZASTROW
K. LEICK
ENGINEER
MFG./PUR.
DATE
DESIGNER
REV.
UNIT:
TITLE:
SIMILAR TO
SCALE
DWG. NO.
www.rexnord.com
REXNORD INDUSTRIES, LLC
110022851
1:4
110023960 Drawing
ASSY UNIVERSAL KIT
SIZE
A1
.
A
RESTRICTED
. .
..
FINISH MASS
ROUGH MASS
HEAT TREATMENT
MATERIAL
RGH. PART NO.
.
.
.
.
.
ASSY UNIVERSAL KIT
PART NAME
SHT. 1 OF 2
CLASSIFICATION=
.
SAP PART NO.
- UNLESS OTHERWISE SPECIFIED -
DIMENSIONS ARE IN MILLIMETERS
DIMENSIONS IN BRACKETS '[ ]'
ARE IN INCHES
Exploded View
4
Smart Condition Monitoring System Electrical and Communications Manual
Electrical Connecon
(See item 23 in Figure 1)
The Smart Condition Monitoring System Edge device power supply unit must be connected to AC power
to operate. The input power specications include:
• Nominal voltage: 100V to 240V ac nominal 50-60Hz
• Maximum power: 120 Watts
9.96
9.41
3.54
4X
0.26
8.64
7.87
2.68
4X 0.50
LAN WAN
Status
LED Port 1
24V dc
Power
Port 2
5
Smart Condition Monitoring System Electrical and Communications Manual
Electrical Connecon
1. Mount the PSU to the backside of the EDGE mounting plate as shown in .
Use 2 each of M4 hardware consisting of pan head screws, at washers and nylon
locknuts. Make sure the PSU is mounted vertically with the 24V dc outlet wire on
the bottom.
2. Each PSU includes the mating connector for the ac cord in the box. Open the bag
and carefully remove the contents. Choose the correct cable sealing compression
grommet for the size of cable being provided. This is indicated on the side of the bag.
See
3. Assemble the compression clamp, the correct size cable compression grommet and
the connector back shell onto the cable in the order and orientation shown in
.
4. Strip back the outer cable sheath 1 inch (25 mm) and strip each core wire 1/4 inch
(6 mm) — see
5. Twist the wire elements and insert each wire into its correct location in the
connector front after slackening the core wire clamp screws. Typically the wires will
be black to “L”, white to “N” and green to ground symbol on connector front. See
.
6. Hold the front of the connector very rmly with dry ngers and screw on the
connector backshell. Do not use tools or you will overtighten and break the
connector. Firmly hand tight will achieve a good IP65 seal. See .
7. Push the cable sealing compression grommet into the connector backshell ngers.
See .
8. Hold the connector backshell rmly with ngers and screw the compression clamp
onto the connector backshell. A rm hand tightening will achieve a good seal to
IP65. Do not use tools as you are likely to damage or overtighten the connector. See
.
9. Attach this female connector onto the mating male connector on the end of the ac
lead cable on the PSU by turning it slowly until it ts on and turning the locking
bayonette ring through half a turn. See .
10. Apply ac power to the incoming ac power cable and test the 24V dc output by
plugging a Gen III Serial Edge Device onto the dc cable from the PSU.
6
Smart Condition Monitoring System Electrical and Communications Manual
Electrical Connecon
1 Gen III Serial Edge Device 24V dc power supply
2 24V dc connector for connecting to Gen III Serial Edge Device
3 100-240V ac power plug included with power supply. Attach to customer supplied ac power lead — see instructions above
4 Mating ac power plug on power supply that connects to newly terminated connector from #3 above.
9.96
9.41
3.54
4X
0.26
8.64
7.87
2.68
4X 0.50
1
3
4
2
7.13
181.2
2.09
53
2X
0.18
Ă4.5 7.53
191.2
2.48
63
AC IN
DC OUT
VIEW OF POWER SUPPLY
B
7
Smart Condition Monitoring System Electrical and Communications Manual
1. Place sealing “O” ring over connector body and slide coupling ring onto body ().
2. Slide sealing nut, cable grip grommet and assembly just created onto cable. Push the grommet into the connector
body then loosely tighten the sealing nut ().
3. Strip the outer sheath of the cable back 14mm, untwist and straighten the 8 core wires and arrange the colors as
required for EIA/TIA 568B (Orange/White, Orange, Green/White, Blue, Blue/White, Green, Brown/White,
Brown - pins 1 to 8) then trim to a neat straight line ().
4. Push the wires into the clear RJ45 connector. Pin 1 is to the left when the cable is facing you and the tang is
under the connector as shown in .
5. Crimp the wire cores into the RJ45 connector using suitable crimping pliers ().
6. Gently pull the RJ45 plug back into the connector shell, slip the snap ring onto the connector body and push
rmly until it snaps into place locking the plug into the connector body ().
7. Test the completed cable end to end with a suitable LAN cable tester.
Step A Step B Step C Step D
Step E Step F Step G Step H
Step I Step J Step K Step L
Step M Step N Step O Step P
Data Cable Connecon
8
Smart Condition Monitoring System Electrical and Communications Manual
Transducer Connecon
Electrical Connections
(tool needed 1/8" or 3mm blade screwdriver)
Current Measurements
The transducers sense current in a non-contact fashion by
simply running the wire carrying the current through the
hole of the transducer. If installing the DC version, pay close
attention to the direction as shown below.
All non-contact current measurements are based upon a
single phase wire going through the hole. Wire the CT cable
to the CT as shown in .
Converter Box
If the molded connector end of the CT cable is not already
connected, please attach to terminal 4 (Yellow) on the small
black converter box mounted next to the Edge.
Din Rail Mounting (tool needed 3mm blade screwdriver)
1. Hook the stationary lip of the bottom case to one side of
the 35mm DIN Rail. (The side without the orange clip.)
2. Using the blade screwdriver, push down and pull out on
the orange rail clip of the bottom case till the transducer
clicks over the other side of the rail.
3. Once it is latched on fully, push the clip in towards the
transducer to fully seat the transducer on the rail
().
1 2 3
Screw Mounting (Screws are not supplied)
DO NOT over tighten the mounting screws.
9
Smart Condition Monitoring System Electrical and Communications Manual
Transducer Connecon
It is very important that you do not connect the cable from
the 4-20mA source to the converter box without
successfully completing this procedure. If it is not possible
to successfully complete this procedure, then the cable
should be left disconnected and adequate protection to
prevent shorting of the wires or dirt contamination be
provided until such a time as a test can be completed.
1. To complete this test, the cable from your 4-20mA CT or
PLC providing the signal must be disconnected and
isolated at the source.
2. Please provide a 2-core cable. Verify it has been
disconnected from the signal source at the other end.
Ensure the LCVC8001 converter box connector is not
connected to either the converter box or the Loop
Current Polarity Checker box. Unscrew the free end of
the cable joint, and slip the gland nut, seal grommet, and
removable terminal cover up the cable ().
3. Strip back the cable jacket 1” and strip each of the 2 core
wires back ½” to bare wire ().
4. There are only 2 screw down terminals inside the cable
joint. Loosen, insert a bared core wire and tighten the
terminal and repeat. It is not important at this stage
which core wire is connected to which terminal ().
5. Screw terminal cover onto cable joint, slide down blue
cable gland seal and insert into “ngers” then slide down
gland nut and loosely tighten ().
6. Connect the 4-20mA CT or PLC cable at the source end
and connect the Polarity Test Box to the EN2 connector
on the end of the lead from the cable joint by slowly
turning the connector until the key aligns then insert and
tighten the nger lock nut on the connector. Sometimes
the nger nut needs to be turned slightly to allow the
connector to engage fully (on the following page).
7. Provide either a test signal from the PLC or engage the
equipment such that current is drawn by the motor.
Using a Multimeter with the input and range set to
around 0-20V dc (0-10V dc minimum) check whether a
positive or negative voltage reading is shown on the
multimeter (). Note that even if the motor is not
turning, the meter should read either +1V dc or -1V dc.
10
Smart Condition Monitoring System Electrical and Communications Manual
Transducer Connecon
8. If the meter displays a positive value less than 5V dc, this test is complete, tighten the cable gland, disconnect the
cable from the test box and connected to the converter box. If the multimeter displays a negative DC voltage
reading the wires inside the cable joint are reversed. Unscrew the gland nut and the screw terminal cover,
disconnect the wires and swap them over, then tighten them securely.
Caution: the equipment must be turned off or the test signal deactivated before the cable joint is opened or damage to the
customer PLC or CT could occur. Tighten down the screw terminal cover and the cable gland nut, reconnect to the PLC
or customer CT at the head end and repeat 7) above ensuring the multimeter displays a positive voltage reading
then disconnect the cable from the test box and connect it to the small black converter box.
9. If the multimeter reads more than +5V dc or less than -5V dc, further investigation by a qualied electrical
technician is required. If the signal is to the correct 4-20mA signal, a multimeter connected red to red and black to
black on the test box will never show greater than +5V dc or less than -5V dc. If the voltage is out of range, do not
connect the CT cable to the converter box.
10.If, and only if, a successful test was achieved, remove the polarity test box and connect the EN2 connector on the end
of the cable from the LCVC8001 to the lower Left Hand (Yellow) port on the converter box. Check that after the
equipment is back in service that motor power draw is being sent to the cloud and the scaling factor has been
correctly set.
11.Pack Polarity check box in toolkit and move to next job.
11
Smart Condition Monitoring System Electrical and Communications Manual
Transducer Connecon
It is very important that you do not connect the cable from the
current transducer to the converter box box without
successfully completing this procedure. If it is not possible to
successfully complete this procedure, then the cable should be
left disconnected and adequate protection to prevent shorting
of the wires or dirt contamination be provided until such a
time as a test can be completed.
1. To complete this installation and test, the cable from the
0-5V CT or PLC providing the signal must be disconnected
and isolated at the source.
2. Please provided a 2-core cable. Double check it has been
disconnected from the signal source at the other end.
Ensure the VSCC9001 converter box connector is not
connected to either the converter box or the Polarity
Checker box then unscrew the free end of the cable joint
and slip the gland nut, seal grommet and removable
terminal cover up the cable ().
3. Strip back the cable jacket 1” and strip each of the 2 core
wires back ½” to bare wire ().
4. There are only 2 screw down terminals inside the cable
joint. Loosen, insert a bared core wire and tighten the
terminal and repeat. It is not important at this stage which
core wire is connected to which terminal ().
5. Screw terminal cover onto cable joint, slide down blue
cable gland seal and insert into “ngers” then slide down
gland nut and loosely tighten ().
6. Connect the 0-5V CT or PLC cable at the source end and
connect the Polarity Test Box to the EN2 connector on the
end of the lead from the cable joint by slowly turning the
connector until the key aligns then insert and tighten the
nger lock nut on the connector. Sometimes the nger nut
needs to be turned slightly to allow the connector to
engage fully ().
7. Provide either a test signal from the PLC or engage the
equipment such that current is drawn by the motor. Using a
Multimeter with the input and range set to around 0-20V dc
(0-10V dc minimum) check whether a positive or negative
voltage reading is shown on the multimeter (). Note
that if the motor is not turning, the meter will read 0V dc.
8. If the meter displays a positive value less than 5V dc, this
test is complete. Tighten the cable gland, disconnect the
cable from the test box, and connect to the converter box.
If the multimeter displays a negative DC voltage reading
the wires inside the cable joint are reversed.
CAUTION: the equipment must be turned off or the test signal
deactivated before the cable joint is opened or damage to the PLC
or CT could occur.
Transducer Connecon
9. Unscrew the gland nut and the screw terminal cover, disconnect the wires, swap their positions, and then tighten
each securely. Tighten down the screw terminal cover and the cable gland nut, reconnect to the PLC or CT at the
head end and repeat 7) above ensuring the multimeter displays a positive voltage reading then disconnect the
cable from the test box and connect it to the converter box.
10. If the multimeter reads more than +5V dc or less than -5V dc, further investigation by a qualied electrical
technician is required. If the incoming signal is to the correct 0 to 5V dc signal, a multimeter connected red to red
and black to black on the test box will never show greater than +5V dc or less than -5V dc. If the voltage is out of
range, do not connect the CT cable to the converter box.
11.If, and only if, a successful test was achieved, remove the polarity test box and connect the EN2 connector on the
end of the cable from the VSCC9001 to the lower Left Hand (Yellow) port on the converter box. Check that after
the equipment is back in service that motor power draw is being sent to the cloud and the scaling factor has been
correctly set.
12.Pack Polarity check box in toolkit and move to next job.
Network Connecon (Security Guidelines)
See supplemental document (SS5-001) for instructions on how to set up your network for secure communications.
PLC Interface Set Up
See supplemental document (SS3-002) for instructions on how to set up the Edge to be visible on your PLC network.
12
Smart Condition Monitoring System Electrical and Communications Manual
a. Check incoming ac power to Serial Edge Device Power Supply Unit is connected and live.
b. Check dc cable from Power Supply is plugged into Serial Edge Device.
c. If problem persists, consult 1-866-REXNORD.
a. Verify that the cable connections to the Andon Light are secure and that the cables show no sign of damage.
b. Check that the Green LED light located on the underside of the Serial Edge Device is illuminated. If not, verify
that incoming ac power is properly connected.
c. Check ac power to the Serial Edge Device Power Supply.
d. Check dc cable from Power Supply is plugged into Serial Edge Device.
e. If the problem persists, consult 1-866-REXNORD.
a. If the connection is cellular:
• Check that the GPS location currently has AT&T cellular coverage ()
• Check for excessive metal shielding around the cellular antenna that could impede cellular reception. The GPS/
Cellular antenna is the black round hyperbolic stack located at top-right of the edge device as shown in .
If excessive metal shielding exists, the unit will have to be hard-wired to ethernet via WAN connection.
b. If the WAN connection is hard-wired with Ethernet:
• Check that the network settings allow functionality from the Edge device. Please see Rexnord Smart Condition
Monitoring System Security Guidelines for additional details. (in the )
• Verify external Ethernet cable to hard wired public internet is connected to “WAN” and the PLC Ethernet
connection (if provided) is connected to the port marked “LAN”.
• If the problem persists, contact 1-866-REXNORD.
13
Smart Condition Monitoring System Electrical and Communications Manual
Appendix A: Troubleshoong
Appendix B: Enclosure Details
Appendix C: FCC Statements
Rexnord has not approved any changes or modications to this device by the user outside of those listed in this
document. Any additional changes or modications could void the user’s warranty.
This device complies with Part 15 of the FCC Rules
and Industry Canada license exempt RSS standard(s). Operation is subject to the following two conditions: (1) this
device may not cause interference, and (2) this device must accept any interference, including interference that may
cause undesired operation of the device.
This equipment complies with FCC and IC radiation exposure limits set forth for an uncontrolled environment. The
antenna should be installed and operated with minimum distance of 20 cm between the radiator and your body.
This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter.
This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of
the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the
equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency
energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to
radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in
which case the user will be required to correct the interference at his own expense.
Phone: 1-866-REXNORD (739-6673)
rexnord.com
© Rexnord Corporation. All Rights Reserved. SS3-001 03/21
rexnord.com
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