Rockwell Automation MobileView Original Instructions
Quick Start
Original Instructions
Second Generation MobileView Tethered
Operator Terminal
Catalog Numbers 2711T-B10I1N1, 2711T-T10I1N1-TC
Second Generation MobileView Tethered Operator Terminal
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MobileView 2711T Terminal Dimensions and Weight |
3 |
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MobileView 2711T Terminal Component Description |
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Safety Precautions and Elements |
4 |
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The Second Generation MobileView 2711T Terminal |
7 |
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The MobileView IP65 Junction Box |
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Initial Power Up of the Second Generation MobileView 2711T Terminal |
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Shut Down the Second Generation MobileView 2711T Terminal |
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MobileView Mounting Brackets |
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European Communities (EC) Directive Compliance |
44 |
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Second Generation MobileView Terminal Specifications |
45 |
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IP65 Junction Box Specifications |
46 |
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MobileView Accessories |
48 |
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Additional Resources |
49 |
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The following publication provides a brief overview of how to install and operate the second generation MobileView™ 2711T terminal. For more detailed information on this terminal, refer to MobileView 2711T Tethered Operator Terminal User Manual, publication 2711T-UM001, which is available online at https://www.rockwellautomation.com/global/literature-library/ overview.page.
IMPORTANT |
This quick start publication must be kept throughout the entire service life of the second |
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generation MobileView 2711T terminal. |
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Summary of Changes
This quick start publication contains new and updated information as indicated in the following table.
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Revised Operating Temperature in Environmental table. |
46 |
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Rockwell Automation Publication 2711T-QS002D-EN-P - March 2021 |
Second Generation MobileView Tethered Operator Terminal
MobileView 2711T Terminal Dimensions and Weight
352 mm (13.86 in.)
108.5 mm
(4.27 in.)
274 mm
(10.79 in.)
All MobileView 2711T terminals weigh 1550 g (3.42 lb) without options.
MobileView 2711T Terminal Component Description
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Item |
Description |
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Standard |
Option |
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Membrane keypad with tactile feedback |
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10 inch WXGA (1280 x 800 pixels) TFT color LCD display with analog-resistive |
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touch screen |
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Illuminated emergency stop (E-stop) push button, twin-circuit, N.C. contacts, |
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24V DC, 500 mA max |
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Backside membrane keypad with tactile feedback(1) |
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USB port |
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Product nameplate |
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Handle to hold the terminal, to store the connection cable, and to attach to the |
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mounting bracket |
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3-position, twin circuit, enabling switch for safety system interface |
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Plug for alternate cable outlet not used (meets degree protection IP65) |
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Back cover to access connection compartment |
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(1) The 2711T-T10I1N1-TC MobileView terminal does not have this feature.
Rockwell Automation Publication 2711T-QS002D-EN-P - March 2021 |
3 |
Second Generation MobileView Tethered Operator Terminal
Safety Precautions and Elements
This section covers general safety precautions and important information on the power supply, illuminated emergency stop (E-stop) switch, and enable switches that are used with the second generation MobileView 2711T terminal.
General Safety
It is important to follow the instructions in this document in all circumstances. Failure to do so can result in potential sources of danger or the possible override of safety features that are integrated in the terminal.
Besides the safety instructions in this document, you must also use safety precautions and accident prevention measures that are appropriate to the situation.
ATTENTION: Consider or perform the following as part of general safety.
•Verify that interrupted processes can be properly restarted after power failures or power dips. Do not allow any dangerous operating conditions to occur, even temporarily.
•In situations where faults that occur within the automation system could cause personal injury or significant damage to machinery and equipment, take extra safety measures to confirm that the system remains in an acceptable operating condition.
•When applying functional safety, restrict access to qualified, authorized personnel who are trained and experienced.
•Verify that unauthorized persons are not allowed to adjust settings or make memory modifications that can lead to dangerous situations.
•Test the functionality of the illuminated E-stop button and enabling switch at least once every six months. Verify that the machine or plant operation stops when the button is pushed.
•If the second generation MobileView 2711T terminal and controller do not communicate with a point-to-point connection, then keypad data could transmit with a delay. An Ethernet switch that is used between the second generation MobileView 2711T terminal and controller is recommended for a higher speed connection.
•When a second generation MobileView 2711T terminal has been exposed to shock (for example, it is dropped on the ground), test to verify that the E-stop button and enabling switch still function properly.
•The USB port on the backside of the second generation MobileView 2711T terminal is only for maintenance. Do not operate the terminal while a USB drive is connected to it.
•Risk assessment and risk reduction are important precautionary measures for machine safety. For more information, see ISO 12100.
Programmable Electronic Systems
ATTENTION: Personnel responsible for the application of safety-related Programmable Electronic Systems (PES) shall be aware of the safety requirements in the application of the system and shall be trained in using the system.
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Rockwell Automation Publication 2711T-QS002D-EN-P - March 2021 |
Second Generation MobileView Tethered Operator Terminal
MobileView 2711T Terminal Operation
See the MobileView 2711T Tethered Operator Terminal User Manual, publication 2711T-UM001, for more handling instructions to avoid terminal malfunctions or damage.
Power Supply
The second generation MobileView 2711T terminal meets the Safety Class III requirements for electrical shock in accordance with EN 61131-2. See Electrical on page 45 for the DC power supply requirements for the second generation MobileView 2711T terminal, IP65 junction box, and 22-pin connection cable.
Supply the junction box and terminal exclusively from power sources with safety extra-low voltage (SELV) or protected extra-low voltage (PELV) circuit protection according to EN61131-2.
Specifications of power supply lines in the connection cable are:
•Cross section: 26 AWG (0.126 mm2)
•Material: zinc-coated copper strand
•Line resistance: <136 Ω/km (<219 Ω/mi)
ATTENTION: The 24V DC power supply to the control cabinet or operator panel must have a fuse that is rated 3.15 A (maximum) and complies with UL 248.
Failure to install a fuse can result in fire from component failure.
Enabling Switch
On the second generation MobileView 2711T terminal, the enabling switch consists of a 3- position operating element with two independent circuits.
ATTENTION: Only the operator of the enabling device on the second generation MobileView 2711T terminal is allowed in the dangerous area or zone.
The enabling switch is only suitable as a safety device if the operator of the enabling switch on the second generation MobileView 2711T terminal recognizes the dangerous situation and reacts in time to avoid the danger.
Consider reduced speed of movements as a precautionary measure, which can be done through the risk assessment of machinery.
Rockwell Automation Publication 2711T-QS002D-EN-P - March 2021 |
5 |
Second Generation MobileView Tethered Operator Terminal
Foreseeable Misuse of Enabling Switch
Foreseeable misuse is when the enabling switch is modified so it stays in the enabling position. The foreseeable misuse of the enabling switch must be restricted. The following measures are recommended, which cause the machine to stop in manual mode.
•Inquiry of the enabling switch when you turn on the machine/plant, and inquiry of the enabling switch when you change the operating mode from automatic to manual (the enabling switch must not be in the enabling position).
•The enabling switch must be released within a defined time period and pushed into the enabling position again, with the time length defined by the activity.
Illuminated Emergency Stop (E-stop) Push Button
The illuminated E-stop push button of the second generation MobileView 2711T terminal meets the requirements of ISO 13850. The push button must be designed as a Category 0 or Category 1 emergency stop by the risk assessment for the machine. The connection of the force-guided contacts to an appropriate monitoring system must meet the safety level that results from the risk assessment of the machine. See Risk Assessment of Machinery on page 7.
The E-stop has two potential-free, normally closed contacts to connect external peripherals, a nominal operating voltage of 24V (safety low voltage in accordance with EN61131-2), and a maximum operating current of 500 mA at 24V DC.
ATTENTION: Illuminated E-stop push buttons that are not fully functional can have fatal consequences.
Illuminated E-stop push buttons must be effective under all circumstances in all operating modes of a machine or plant.
•When the illuminated E-stop push button is not wired into an emergency stop circuit, the second generation MobileView 2711T terminal must be stored where it is not visible to operators.
•The reset of an activated E-stop push button must not result in the uncontrolled startup of machines or installations.
•The illuminated E-stop push button does not replace other safety devices or E-stop buttons mounted directly on machines.
•Test the functionality of the illuminated E-stop push button at least once every six months. Verify that machine or plant operation stops when the button is pushed.
•When a second generation MobileView 2711T terminal has been exposed to shock (for example, it is dropped on the ground), test to verify that the E-stop push button still functions properly.
6 |
Rockwell Automation Publication 2711T-QS002D-EN-P - March 2021 |
Second Generation MobileView Tethered Operator Terminal
Risk Assessment of Machinery
For the risk assessment for the machinery, use the standards in ISO 12100, ‘Safety of machinery - General principles for design - Risk assessment and risk reduction.’
The control system must be designed for the safety level that results from the risk assessment of ISO 12100.
The Second Generation MobileView 2711T Terminal
This section provides details on the following topics:
•Remove the Back Cover
•Install the Connection Cable to the Second Generation MobileView 2711T terminal
Remove the Back Cover
This section shows how to remove the back cover of the second generation MobileView 2711T terminal. When the back cover is removed, you have access to the area that contains all connectors except the USB port.
SHOCK HAZARD: Disconnect all power to the second generation MobileView 2711T terminal before you remove its back cover.
When the back cover is removed, the second generation MobileView 2711T terminal is sensitive to electrostatic discharge (ESD).
1.Place the second generation MobileView 2711T terminal with the display side down on a stable, flat surface free of debris.
2.Use a Torx T10 screwdriver to remove the three screws that secure the back cover.
TIP |
The ‘Image Applied’label on |
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the back cover was part of the |
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manufacturing process. You can |
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remove and discard this label. |
Back Cover |
3.Carefully lift off the back cover and set it aside.
Figure 1 on page 8 shows the main circuit board of the second generation MobileView 2711T terminal with the back cover removed.
Rockwell Automation Publication 2711T-QS002D-EN-P - March 2021 |
7 |
Second Generation MobileView Tethered Operator Terminal
Figure 1 - Printed Circuit Board (PCB) with Back Cover Removed
SD™ Card(1) |
Reset |
Connection |
Circuit Board |
Cable Connector S3 Connects |
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Button |
Cable |
Serial No. Label |
to PCB Connector ETH |
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Cable channel that is used is |
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only for example. Use channel |
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that is best suited for your |
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Cable Connector S4 Connects |
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application. |
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Cable Connector S2 Connects |
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to PCB Connector S2 |
Cable Channel |
Cable Channel |
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to PCB Connector S1 |
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(Illuminated Push Button Connection) |
(1 of 2) |
(2 of 2) |
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(Power and Safety Connection) |
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1) The 2711T-T10I1N1-TC MobileView terminal does not have this feature.
IMPORTANT |
Use the reset button when MobileView 2711T terminal functionality ‘locks up’and you cannot |
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restart from the terminal desktop screen. |
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Install the Connection Cable to the Second Generation MobileView 2711T terminal
A 22-pin connection cable can be attached on the right or left side of the second generation MobileView 2711T terminal for rightor left-hand operation.
IMPORTANT The second generation MobileView 2711T terminal is shipped with the cable connection port open for right-hand operation. For more information, see Figure 2 on page 9.
Use the following tools to install the 22-pin connection cable:
•19 mm open-end wrench or spanner
•Torx T10 screwdriver
•mm8hexkey
8 |
Rockwell Automation Publication 2711T-QS002D-EN-P - March 2021 |
Second Generation MobileView Tethered Operator Terminal
To install the cable, perform the following steps.
1. Decide on which cable-connection port of the terminal to install the cable; seeFigure 2.
Figure 2 - Cable Connections on MobileView 2711T Terminal
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Back Cover |
Cable connection |
Cable connection |
with hex plug |
with open port |
installed. |
(as factory shipped). |
IMPORTANT |
The second generation MobileView 2711T terminal is shipped with the above cable-connection |
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port open for right-hand operation. |
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When the 22-pin cable is connected to this port, you can hold the terminal with your left arm, |
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operate the enabling switch with your left hand, and operate the terminal touch screen with your |
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right hand. |
2.If you want left-hand operation, remove the plug with an 8 mm hex key. Set the plug aside.
3.Remove the back cover as detailed on page 7.
4.If present, unscrew and remove the gray fitting from the connector-cable mounting assembly.
5.Unscrew the strain relief from the connector-cable mounting assembly to allow the red cable to slide freely.
Connector-cable
Mounting Assembly
Strain Relief
Gray Fitting
Rockwell Automation Publication 2711T-QS002D-EN-P - March 2021 |
9 |
Second Generation MobileView Tethered Operator Terminal
6.Gently feed the three terminals at the end of the red cable into the chosen cable connection and up through the cable channel.
IMPORTANT Do not force the cable terminals through the channel. If you encounter resistance, slowly pull the cable towards you until it moves freely again.
If necessary, slide the connector-cable assembly farther down the cable to assist cable feed through the channel.
7.When the three terminals reach the main circuit board, carefully plug each terminal into its connection. See Figure 1 on page 8 for where each terminal is connected.
Each terminal is keyed and can fit only one way on its corresponding connection.
IMPORTANT Verify that there is a snap sound when you plug each terminal into its corresponding connection, which confirms that the terminal is properly connected.
8.After each terminal is securely connected, reinstall the back cover. Use a Torx T10 screwdriverto reinstall the three cover screws.
9.Install the connector-cable mounting assembly into the cable connection of the second generation MobileView 2711T terminal.
10.Reinstall the strain relief to the connector-cable mounting assembly.
11.Tighten the strain relief and the connector-cable mounting assembly with the 19 mm open-end wrench or spanner.
Torque the connector-cable mounting assembly to 1.2 N•m (10.6 lb•in).
12.If you chose left-hand operation, reinstall the plug in the open cable-connection port with an
8 mm hex key.
Torque the plug to 1.2 N•m (10.6 lb•in).
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Rockwell Automation Publication 2711T-QS002D-EN-P - March 2021 |
Second Generation MobileView Tethered Operator Terminal
The 22-pin MobileView Connection Cable
The 22-pin connection cable connects the second generation MobileView 2711T terminal to an IP65 junction box. The connection cable is 5, 10, or 15 m (16.4, 32.8, or 49.2 ft.) long. This cable withstands water, cleaning agents, motor oil, drilling oils, grease, lubricants, and condensates that contain hydrochloric acid.
S2 Detail |
60 mm ±3 (2.4 in. ±0.12) |
S1 Pins Detail |
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50 mm ±2 (2 in. ±0.08) |
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S2 |
10 mm ±2 (0.4 in. ±0.08) |
S1 (cable connector) |
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S3 |
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S4 |
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(16.4, 32.8, or 49.2 ft) |
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MobileView |
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Connection Cable |
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Terminal |
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Connector |
Connector |
S1 Cable |
Cable |
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PCB Connector |
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Pin No. |
Pin No. |
Wire Color |
Signal Description |
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1 |
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10 |
pink |
24V DC |
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black |
GND_IN |
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brown |
E-stop, circuit 2 (+) |
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white-green |
E-stop, circuit 2 (-) |
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S1, |
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S2 |
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gray |
E-stop, circuit 1 (+) |
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Power andSafety |
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red-blue |
E-stop, circuit 1 (-) |
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Connections |
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green-brown |
Enabling switch, circuit 1 (+) |
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20 |
yellow |
Enabling switch, circuit 1 (–) |
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green |
Enabling switch, circuit 2 (+) |
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gray-pink |
Enabling switch, circuit 2 (–) |
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1(1) |
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1 |
blue |
TD+ (transmit) |
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ETH, |
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S3 |
2(1) |
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orange |
TD- (transmit) |
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Communication |
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3(1) |
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3 |
white |
RD+ (receive) |
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Interface |
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6(1) |
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red |
RD- (receive) |
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violet |
E-stop, illuminated (+) |
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S2, |
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white-pink |
E-stop, illuminated (–) |
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Illuminated |
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5 |
white |
Semi-wireless jumper |
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Push Button |
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14 |
blue |
Semi-wireless jumper |
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white-blue |
Box ID |
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15 |
Li1 |
Bridge |
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16 |
Li1 |
Bridge |
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17 |
— |
Not used |
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(1) Shielded.
Rockwell Automation Publication 2711T-QS002D-EN-P - March 2021 |
11 |
Second Generation MobileView Tethered Operator Terminal
The MobileView IP65 Junction Box
There are two IP65 junction boxes that work with second generation MobileView terminals and 22-pin connection cables. 2711T-JBIP65DC1 is the IP65 junction box with cord grips that must be wired by the customer. 2711T-JBIP65DM1 is the IP65 junction box with M12 OnMachine™ connections that is factory wired.
This section provides information on the following topics.
Description |
Page |
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Mount the IP65 Junction Box Back Plate |
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Temporarily Mount the IP65 Junction Box |
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Wire the 2711T-JBIP65DC1 Junction Box |
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Configure the 2711T-JBIP65DC1 Junction Box |
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Configure the 2711T-JBIP65DM1 Junction Box |
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Mount the IP65 Junction Box to Its Back Plate |
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Connect M12 On-Machine Connectors to the 2711T-JBIP65DM1 Junction Box |
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Connect Power to IP65 Junction Boxes |
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IP65 Junction Box Status Indicator Lights |
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Connect a Second Generation MobileView Terminal to an IP65 Junction Box |
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Connect a Black Bridge Connector to an IP65 Junction Box |
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Connect to an Ethernet Network |
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Mount the IP65 Junction Box Back Plate
IP65 junction boxes are shipped with their back plate removed so you perform certain functions for each junction box as needed. This section provides information on how to mount the back plate of either IP65 junction box.
IP65 junction boxes are shipped with Second Generation MobileView Tethered Operator Terminal IP65 Junction Box Mounting Template, publication 2711T-DS004. Use this mounting template or the back plate of the IP65 junction box to drill the mounting holes.
IMPORTANT |
Consider the following before you mount an IP65 junction box: |
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Do not mount near a heat source or where direct sunlight is likely. |
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Do not mount where excessive mechanical vibrations, excessive dust, humidity, or strong |
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magnetic fields are likely. |
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Rockwell Automation Publication 2711T-QS002D-EN-P - March 2021 |
Second Generation MobileView Tethered Operator Terminal
2711T-JBBKCOVER Back Cover Plate Accessory
This accessory is for rear access to the junction box from inside a control cabinet. This cover plate provides quick access to configurable components for both junction boxes (see Figure 6 on page 19), and to reduce cables that might otherwise be directed through cord grips on the 2711T-JBIP65DC1 junction box.
The cover plate is fitted with a seal. To maintain a tight seal and the IP65 rating (when installed on an IP65-rated control cabinet), install the cover plate on an even surface.
IMPORTANT |
Any cable fed through the control cabinet wall must be smaller than the hole in the cabinet |
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wall. |
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Provide stress relief for the cables on the control cabinet side when you wire an IP65 junction |
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box with this back cover plate. |
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Figure 3 - 2711T-JBBKCOVER Back Cover Plate Dimensions
All dimensions are in mm (in.) |
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221.1 (8.7) |
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40 |
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140 (5.51) |
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(1.57) |
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162.1
(6.38)
132.5
(5.22)
Mounting
Holes,
172 (6.77) |
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4 x 4.5 (0.18) |
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Rockwell Automation Publication 2711T-QS002D-EN-P - March 2021 |
13 |
Second Generation MobileView Tethered Operator Terminal
The following instructions also apply to the back cover plate accessory.
To mount the back plate of an IP65 junction box, perform the following steps.
1.Determine where to mount the junction box.
Use the dimensions in Figure 4 to decide where to locate the junction box in a safe area that is easily accessible for a terminal operator.
Figure 4 - IP65 Junction Box Dimensions (for 2711T-JBIP65DC1 and 2711T-JBIP65DM1)
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70 mm |
210 mm (8.27 in.) |
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(2.76 in.) |
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140 mm (5.5 in.) |
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160 mm
(6.3 in.)
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132.5 mm |
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(5.22 in.) |
172 mm (6.77 in.) |
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2.Use the back plate or the supplied cutout template to mark where to drill the four mounting holes for the junction box.
IMPORTANT |
Take precautions so metal cuttings do not enter components already installed in |
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the control cabinet or in the junction box. |
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3.With a drill and drill bit, drill the four holes.
TIP |
Use four M4 bolts with a maximum bolt head diameter of 9 mm, and with |
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self-locking M4 nuts. |
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However, the fasteners depend on the material of the mounting surface, such as |
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the wall of a control cabinet or a machine. |
4.Attach the back plate to the mounting surface.
14 |
Rockwell Automation Publication 2711T-QS002D-EN-P - March 2021 |
Second Generation MobileView Tethered Operator Terminal
Temporarily Mount the IP65 Junction Box
Temporarily mount an IP65 junction box to its installed back plate for the following:
•For hands-free wiring and subsequent configuring of 2711T-JBIP65DC1, the IP65 junction box with cord grips
•ForBoxIDconfiguring
and brightness setting of 2711T-JBIP65DM1, the IP65 junction box with M12 On-Machine connections
IP65
Junction Box
Longer
Mounted
Screw
Back Plate
Boss
Longer Screw Boss
You can slide the IP65 junction box onto the longer screw bosses of the mounted back plate; no screws are needed.
Wire the 2711T-JBIP65DC1 Junction Box
To wire the 2711T-JBIP65DC1 junction box, perform the following steps.
SHOCK HAZARD: When the back plate is removed, the circuit board inside the junction box is sensitive to electrostatic discharge (ESD).
Use an antistatic wriststrap connected to the work surface, and properly grounded tools and equipment.
1.See Figure 5 on page 16 to determine the appropriate cable outlets for the wires to be installed.
2.Remove the cable glands from the cable outlets at the bottom of the junction box that you plan to use.
3.With a small flat head screwdriver, remove the black plugs from the seal rings that you plan to use.
Rockwell Automation Publication 2711T-QS002D-EN-P - March 2021 |
15 |
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