Chicago Pneumatic Network Card CS7000 User Manual

6159939130  
CS7000 Controller  
Hardware Overview Manual  
With Ethernet/CCM Information  
for use with  
177 and 277 Series Electric Fastening Tools  
CP Ref. / NO : 6159939130  
Techmotive P/N : 39-30-41365  
December 2005  
CP Techmotive  
22705 Heslip Drive  
Novi, Michigan 48375 USA  
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LIMITED WARRANTY  
CP Techmotive warrants its PRODUCTS to be free from defects in materials and workmanship for the lesser of (1)  
one year from the date of shipment from the manufacturing facility in Michigan, U.S.A. OR  
(2) one-million cycles except for the products noted below:  
250,000 cycles  
CP Techmotive crowfoot, tubenut and hold & drive heads  
3rd-party crowfoot, tubenut, hold-and-drive torque multiplier or other heads  
manufacturer’s warranty  
500,000 cycles  
56 and 116 Series nutrunners  
PRODUCTS include CP Techmotive brand fastening tools, controllers and cables, GSE brand sensors and  
instruments, and anti-lock brake testing systems. Fuses and batteries are not covered under warranty.  
For PRODUCTS verified as defective at CP Techmotive’s manufacturing facility, CP Techmotive shall have the  
option, in its sole discretion, to repair or replace the products or components. CP Techmotive shall not be liable for  
any installation charges, expenses of the Buyer for repairs or replacement, damages from delay or loss of use, or  
other indirect or consequential damages of any kind. The warranty does not cover any product that has been  
modified without the approval of CP Techmotive, used for a purpose other than that for which it was intended, used  
in a manner inconsistent with any instructions, subjected to unusual physical stress, environmental or electrical  
conditions, or whose original identification marks have been removed or altered.  
Whenever the PRODUCTS are to be incorporated in a system, the design of which originated with the Buyer,  
CP Techmotive only that the PRODUCTS shall be free of defects in materials and workmanship and offers no other  
warranty.  
In the event that a product is repaired or replaced under the terms of the warranty, the warranty period for the  
repaired or replacement product shall be limited to the remaining portion of the original warranty.  
Any warranty extended by the original manufacturer of peripheral equipment, such as printers, recorders, plotters,  
etc., included with a CP Techmotive product or system shall be extended to the Buyer and shall be the only warranty  
offered.  
Transportation charges for materials shipped to the manufacturing facility for warranty repair are to be paid by the  
Buyer. CP Techmotive will pay for shipping to return items repaired or replaced under warranty.  
THIS LIMITED WARRANTY IS EXCLUSIVE, AND CP Techmotive MAKES NO OTHER WARRANTY OF ANY KIND  
WHATSOEVER, WHETHER EXPRESSED, IMPLIED OR STATUTORY, WITH RESPECT TO THE PRODUCTS OR  
PARTS MANUFACTURED BY IT, WHETHER AS TO MERCHANTABILITY, FITNESS FOR A PARTICULAR  
PURPOSE OR ANY OTHER MATTER OR WARRANTY OF ANY KIND. No agent, employee or representative of  
CP Techmotive has the authority to bind CP Techmotive in any affirmation, representation, or warranty concerning  
the Products or parts except as stated herein.  
THIS REMEDY SHALL BE THE EXCLUSIVE REMEDY AVAILABLE FOR ANY NONCONFORMITIES IN  
MATERIALS OR WORKMANSHIP, OR FOR ANY DAMAGES RESULTING FROM ANY OTHER CAUSE  
WHATSOEVER. CP Techmotive SHALL NOT, IN ANY EVENT, BE LIABLE FOR ANY SPECIAL, INDIRECT,  
INCIDENTAL OR CONSEQUENTIAL DAMAGES OF ANY KIND, NATURE OR DESCRIPTION, WHETHER FOR  
NONCONFORMITIES IN MATERIALS OR WORKMANSHIP UNDER ANY WARRANTY, IN CONTRACT, TORT,  
NEGLIGENCE, STRICT LIABILITY, OR FOR ANY OTHER REASON.  
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CUSTOMER SATISFACTION  
Please Read This!  
As a valued customer, your opinion and satisfaction are important to CP Techmotive. Please let  
us know what you think of our product(s).  
Write the part number and serial number of the product(s) you have purchased before you begin  
our brief online survey. The numbers are located on a sticker affixed to the handle of the  
nutrunner or screwdriver, and exterior or interior of the controller.  
Tool Label  
Part Number  
Serial Number  
Controller Label  
Part Number  
Serial Number  
To complete the survey:  
1. Visit our website www.cp.com and click www.gsetechmotive.com  
2. Click the Customer Satisfaction Survey link located below the gray buttons in the red, left-  
hand frame.  
3. Fill in the fields and click the appropriate choices.  
4. Click the Submit to GSE tech-motive tool button  
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Preface  
Preface  
The CS7000 Controller manufactured by CP techmotive is a component of one of the most powerful  
DC electric nutrunner fastening control systems available. The system uses 100% digital technology  
to ensure accurate and reliable fastening and data acquisition. Microprocessors in both the fastening  
tool and the controller s tool control module (TCM) enable the system to perform to levels of  
accuracy while providing easy set-up and operation previously unattainable.  
With Intelligent tool technology you no longer need to enter tool identification, calibration, angle  
counts, speed and other information. You simply plug in the tool, power on the system, program the  
desired tightening specifications and begin production.  
A complete nutrunner fastening control system is made up of the CS7000 Controller, a cable and a  
CP techmotive 177 or 277 Series nutrunner. The powerful CP techmotive Visual Supervisor software  
program is used for system setup, fastening, data collection, and diagnostics.  
Who Should Use This Manual  
This manual is written for the engineers, technicians and users who will set-up and/or operate the  
CS7000 Controller with any of the Intelligent (177 and 277 Series) nutrunners.  
How to Use This Manual  
This manual provides installation, maintenance and technical information about the CS7000  
Controllers.  
This Preface provides conventions and abbreviations used throughout this manual.  
If you have never used a CS7000 Controller, read this manual entirely. The first two chapters will  
help you become familiar with safety requirements, the location of components, software and  
features.  
If you are already familiar with the CS7000 Controller, look over Chapter 3. Installing the CS7000  
Controller and Chapter 4. Technical Information, which describe the power requirements, details of  
the I/O wiring and connectors, replacement parts and fuses.  
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6159939130 CS7000 Controller Hardware Overview Manual  
Conventions  
The following conventions are used throughout this manual for the safety of personnel, equipment,  
software, and data. The conventions include warnings, cautions and notes, as follows:  
WARNING! It can be dangerous to personnel and/or machine systems,  
if operating instructions are not followed. The information  
!
appears in a box in italicized boldface type.  
CAUTION!  
There may be damage to equipment, and loss of software  
and data, if operating instructions are not followed. The  
information is indented and in italicized boldface type.  
i
NOTE:  
Information that adds to your knowledge of the equipment  
and/or software. The information is indented and italicized.  
?
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Preface  
Abbreviations  
Some of the most common abbreviations used throughout this manual include the following:  
API  
application program interface  
electro-static discharge  
ground fault circuit interrupter  
input/output  
ESD  
GFCI  
I/O  
IEC  
International Electrotechnical Commission  
Institute of Electrical and Electronic Engineers  
internet protocol  
IEEE  
IP  
kbps  
kVA  
LAN  
LED  
mbps  
PCI  
kilo-bits per second  
kilovolt-ampere  
local area network  
light emitting diode  
million bits per second  
peripheral component interconnect  
tool control module  
TCM  
TCP/IP  
RAM  
SDLC  
STM  
TINI  
V
transmission control protocol/internet protocol  
random access memory  
synchronous data link control  
standard test method  
tiny internet interface  
volts  
VS  
Visual Supervisor is the setup, fastening, data collection, and diagnostics software  
program designed by CP techmotive  
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6159939130 CS7000 Controller Hardware Overview Manual  
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Contents  
Contents  
Who Should Use This Manual...............................................................................................i  
How to Use This Manual........................................................................................................i  
Conventions ...........................................................................................................................ii  
Abbreviations........................................................................................................................iii  
Contents..................................................................................................................................v  
Figures ..................................................................................................................................vii  
Tables....................................................................................................................................vii  
1. Think Safety First! ..............................................................................................................1-1  
General Machine Safety................................................................................................1-1  
Electrical Safety .............................................................................................................1-3  
2. Identifying the Components..............................................................................................2-1  
Front Panel ..........................................................................................................................2-2  
Latch........................................................................................................................2-3  
Rotary Actuator .......................................................................................................2-3  
Parameter Select Switch ........................................................................................2-3  
LED Display.............................................................................................................2-3  
Top Panel.............................................................................................................................2-4  
Bottom Panel.......................................................................................................................2-4  
Tool Connector........................................................................................................2-5  
Input AC Power.......................................................................................................2-5  
Printer/Barcode Connector.....................................................................................2-5  
RS-232 Connector (VS Setup)...............................................................................2-5  
SDLC/485 I/O Network Connector (Optional)........................................................2-5  
Ethernet (10Base-T) and 9-pin D (Communications/Diag) Setup ........................2-5  
I/O Connector..........................................................................................................2-6  
Enclosure Interior...............................................................................................................2-6  
Gen2 Tool Control Module (TCM).................................................................................2-8  
Servo Amplifier........................................................................................................2-9  
Gen2 Device Control Module (DCM) .....................................................................2-9  
Communications Control Module (CCM) “Optional”........................................... 2-10  
Backplane.................................................................................................................... 2-11  
Backplane Fuses.................................................................................................. 2-11  
DIP Switch Settings ............................................................................................. 2-12  
Power Supply.............................................................................................................. 2-12  
Ground Fault Circuit Interrupter (GFCI)..................................................................... 2-12  
Disconnect Switch....................................................................................................... 2-13  
Circuit Breaker/Fuses ................................................................................................. 2-13  
3. Installing the CS7000 Controller ......................................................................................3-1  
Mounting the CS7000 Controller......................................................................................3-1  
Emissions and Susceptibility ...........................................................................................3-2  
Meeting the AC Input Power Requirements ...................................................................3-3  
Input Power Protection......................................................................................................3-3  
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6159939130 CS7000 Controller Hardware Overview Manual  
Grounding........................................................................................................................... 3-4  
I/O Wiring ............................................................................................................................ 3-4  
Connector Pinout Definitions........................................................................................... 3-8  
Tool Connector “26 pin” (Metal SMC) – Front View .................................................... 3-8  
I/O Connector – Front View.......................................................................................... 3-9  
TCM (IN and OUT) Network Connectors – Front View............................................... 3-9  
RS-232 Connector – Front View .................................................................................. 3-9  
Printer/Computer/Diagnostics (RS-232) Connector – Front View ............................ 3-10  
Programming the CS7000 Controller (In General)...................................................... 3-10  
Programming the CS7000 with Ethernet (CCM).......................................................... 3-10  
4. Technical Information ....................................................................................................... 4-1  
Replacement Parts............................................................................................................. 4-1  
Cleaning the Enclosure Window ..................................................................................... 4-1  
Assembly Drawings........................................................................................................... 4-1  
Contact Information........................................................................................................... 4-2  
5. Index .................................................................................................................................... 5-1  
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Contents  
Figures  
Figure 2-1.  
Front Panel View..................................................................................................2-2  
Turning the Rotary Actuator to the ON Position .................................................2-3  
Top Panel View ....................................................................................................2-4  
Bottom Panel View...............................................................................................2-4  
Components Inside the Enclosure of the CS7000 Controller ............................2-7  
Front View of the TCM .........................................................................................2-8  
Communications Control Module (CCM) ......................................................... 2-10  
CS7000 Controller Backplane .......................................................................... 2-11  
Ground Fault Circuit Interrupter........................................................................ 2-12  
CS7000 Controller Dimensions of the Front and Bottom Panel.........................3-2  
Remote Input Circuit Schematics ........................................................................3-7  
Figure 2-2.  
Figure 2-3.  
Figure 2-4.  
Figure 2-5.  
Figure 2-6.  
Figure 2-7.  
Figure 2-8.  
Figure 2-9.  
Figure 3-1.  
Figure 3-2.  
Tables  
Table 3-1.  
Table 3-2.  
Table 4-1.  
19-Position Remote I/O Connector Pinout Signal Names and Descriptions.....3-4  
Guidelines for Proper Operation of the Controller I/O Signals...........................3-7  
Replacement Parts...............................................................................................4-1  
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Chapter 1. Think Safety First!  
1. Think Safety First!  
Working with fastening tools can be dangerous if safe and proper procedures are not followed. As  
with all machinery, certain hazards can be involved with the operation of the product. Using these  
tools with respect and caution will considerably lessen the possibility of personal injury. If, however,  
safety precautions are overlooked or ignored personal injury to the operator can result.  
Always use common sense and exercise caution when using these tools. They can produce high  
torque that, unless properly compensated for, could cause personal injury. Remember, your personal  
safety is your responsibility.  
If you are an operator or CP techmotive-qualified service technician, you should become familiar with  
the contents of this manual before operating, servicing, or maintaining any part of the CS7000  
Controller. Familiarization with all components of the system can minimize the possibility that an  
accident or injury might occur.  
CP techmotive assumes no responsibility for personal injury or damage to equipment resulting from  
misuse of these tools. After reviewing this manual you should also review all safety procedures  
provided by your company and the equipment installer.  
WARNING! Failure to follow these steps can result in serious personal  
injury.  
!
General Machine Safety  
FOR YOUR OWN SAFETY READ THE INSTRUCTION MANUAL THOROUGHLY  
PRIOR TO OPERATING THE TOOL.  
DO NOT WORK IN A DANGEROUS ENVIRONMENT. Do not use power tools in a  
damp or wet location or explosive atmosphere, or expose them to rain, oils, or corrosive  
fluids.  
KNOW THE LOCATION OF POWER DISCONNECTS AND EMERGENCY STOP  
BUTTONS PRIOR TO OPERATING THIS EQUIPMENT.  
KEEP ALL ELECTRICAL PANELS CLOSED DURING OPERATION. High voltage  
present inside enclosure panels can result in personal injury. Do NOT bypass or defeat  
electrical safety devices. Turn the power actuator to the OFF position prior to any  
servicing or maintenance of the controller.  
Observe all government and/or company power lockout standards.  
NEVER OPERATE SOLENOID VALVES, LIMIT SWITCHES OR RELAYS  
MANUALLY as this practice can create dangerous, unexpected machine movements.  
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SECURE THE TOOL. Tools that develop torque can produce hazardous torque  
reactions. Always be sure that the tool is properly fixtured to absorb reaction as a  
fastener is tightened. Never operate a tool capable of high torque without proper  
fixturing.  
SECURE WORK. Avoid situations where the part being fastened breaks loose and can  
cause damage.  
NEVER TOUCH OR ATTEMPT TO STOP MOVING MACHINERY OR PARTS  
WITH YOUR HANDS, OTHER PARTS OF YOUR BODY, OR MAKESHIFT  
DEVICES.  
DO NOT OPERATE THE TOOL WHILE UNDER THE INFLUENCE OF ALCOHOL,  
DRUGS OR MEDICATION THAT CAN IMPAIR YOUR JUDGMENT.  
REPORT ALL UNSAFE WORKING CONDITIONS OR PRACTICES TO YOUR  
SUPERVISOR AND / OR SAFETY DEPARTMENT FOR CORRECTION.  
WEAR APPROVED SAFETY GLASSES AT ALL TIMES.  
DO NOT WEAR JEWELRY, especially bracelets and rings, while operating the  
fastening tools. Keep hands and fingers away from all rotating parts and avoid situations  
where clothing can become tangled in the tool. Secure loose fitting clothing, neckties,  
and long hair. Wear medical alert identification cautiously.  
DO NOT OVERREACH. Keep proper footing and balance at all times.  
KEEP YOUR WORK AREA CLEAN. Do not work on or near slippery floors or  
surfaces. Avoid situations where the tool reacts against unexpected obstacles. Do not  
operate electrical equipment while standing on a wet floor.  
MAINTAIN TOOLS IN TOP CONDITION. Keep tools properly lubricated and clean.  
If any wires become frayed or exposed, replace them immediately. Prevent dirt, grease  
or contaminants from getting into the tool.  
REDUCE THE RISK OF UNINTENTIONAL STARTING. Be careful how the tool is  
left unattended. Avoid resting it on its throttle lever to prevent false starts.  
CONTROL THE DIRECTION OF ROTATION. The reaction torque changes direction  
when going from forward to reverse. Always be aware in which direction the tool will  
rotate prior to using it. If the tool is not fixtured this will allow you to brace for the  
proper direction of torque reaction.  
CHECK DAMAGED PARTS. Before further use of a tool, any part of the tool that is  
damaged should be carefully checked to ensure that it will operate properly and perform  
its intended function. Check for alignment of moving parts, breakage of parts, mounting,  
and any other conditions that may affect its operation. Never operate a tool that has  
damaged or exposed wires. Never operate a tool that has any part of the powertrain,  
other than the output spindle, exposed.  
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Chapter 1. Think Safety First!  
Electrical Safety  
Only qualified and properly trained personnel should perform electrical/electronic  
troubleshooting and repair. Consider the following electrical system safety guidelines:  
Before you troubleshoot or service a fastening system station, be sure you have an up-to-  
date and appropriate set of electrical drawings for that station.  
Remove metal items, such as rings, metal necklaces, wristwatches and jewelry, as these  
can create electrical hazards. Wear medical alert identification cautiously.  
Wear safety glasses, but avoid wearing those that have metal rims or metal side shields.  
It may be necessary to troubleshoot equipment while the power is ON. ONLY qualified,  
trained personnel should do this. During these instances, open only the panels, doors, or  
covers which need to be opened. Know the voltage present at all points before you begin  
troubleshooting.  
Use properly insulated tools when working on electrical equipment to reduce the  
possibility of shock. Make sure the insulation is adequate to safeguard against the high  
voltages present.  
If you must work on the electrical system, be sure the main disconnect switch on the  
power panel is in the OFF position and locked out with locks from each trade involved  
in the repair.  
Do not attempt to modify or repair the machine without the approval of the proper  
authorities.  
Use approved fuse pullers when changing fuses.  
Never use jumper wires or fuse substitutes to replace specified fuses.  
Always use fuses of a capacity smaller than or equal to the safe capacity of the line or  
the equipment it serves.  
Before you work on any circuit, check it with an appropriate testing device to be sure  
voltage is not present.  
Install temporary wiring as safely as possible and replace it with permanent wiring as  
soon as possible. Install grounding wherever it is needed in the final installation. If  
modifications are made to the system wiring, drawings must be revised to illustrate this  
change.  
Know how to deal with electrical fires properly. Keep carbon dioxide and powder  
extinguishers handy.  
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Chapter 2. Identifying the Components  
2. Identifying the Components  
This chapter is designed to familiarize you with the components of the CS7000 Controller. It has four  
sections to help you locate all the major components easily:  
Front Panel  
Top Panel  
Bottom Panel  
Enclosure Interior  
Each section includes figures that call out the components. Descriptions of the components follow the  
figures.  
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6159939130 CS7000 Controller Hardware Overview Manual  
Front Panel  
Figure 2-1 shows the front panel components of the CS7000 Controller. Descriptions are provided in  
clockwise order, starting with the latch.  
Figure 2-1.  
Front Panel View  
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Chapter 2. Identifying the Components  
Latch  
The latch keeps the front panel of the controller closed. To open it you need a key  
(part number 31-80-0414).  
Rotary Actuator  
The rotary actuator is a safety device that allows you to open the enclosure door only when the  
disconnect switch is in the OFF position. The rotary actuator is mechanically interlocked with the  
disconnect switch, which is located inside the enclosure. The ON and OFF positions on the rotary  
actuator correspond to the ON and OFF positions of the disconnect switch.  
Turn the rotary actuator clockwise to turn on power to the controller. The arrow on the rotary actuator  
must rotate 90 degrees from to , as shown in Figure 2-2.  
Figure 2-2. Turning the Rotary Actuator to the ON Position  
Parameter Select Switch  
The parameter select switch selects the next parameter set that will be used by the tool. The limits for  
the parameter set are specified using Visual Supervisor (VS). This switch lets you select up to 8  
different parameter sets even though the controller is capable of more.  
LED Display  
The LED display shows you the torque, or torque and angle value for the most recent rundown. It also  
scrolls messages for the operator. For example, if a barcode scan is required before the next rundown,  
the operator sees a barcode prompt on the LED display.  
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Top Panel  
Figure 2-3 shows the top panel components of the CS7000 Controller.  
Figure 2-3.  
Top Panel View  
Bottom Panel  
Figure 2-4 shows the bottom panel components of a CS7000 Controller. Connector configurations  
will vary depending on the model.  
Figure 2-4.  
Bottom Panel View  
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Chapter 2. Identifying the Components  
Tool Connector  
A 26 position metal (SMC) connector is the interface between the 177 and 277 Series nutrunner cable  
and control electronics. Refer to Connector Pinout Definitions in Chapter 3. Installing the CS7000  
Controller for pinout details.  
Input AC Power  
The CS7000 Controller is shipped with a 6-ft power cable with Hubble connector 2321-CY. Power is  
220 VAC. Refer to Chapter 3 for details.  
Printer/Barcode Connector  
The nine-position asynchronous RS-232 serial output connector allows you to use a printer. The  
printer can be used to generate hard copies of torque, or torque and angle readings upon command  
from the controller. This port can also be used to receive barcode information.  
RS-232 Connector (VS Setup)  
The nine-position asynchronous RS-232 serial output connector allows you to communicate with the  
controller using a laptop computer. The laptop computer runs the VS software program that allows  
you to program torque, or torque and angle limits and operating modes into the controller. Refer to the  
Visual Supervisor User s Guide (part number 39-30-34823) for details.  
NOTE:  
The laptop computer also allows you to program (also referred  
to as ‘flash’) the latest device control module (DCM) and tool  
control module (TCM) firmware into the controller.  
?
SDLC/485 I/O Network Connector (Optional)  
The 10-position female SDLC/485 connector enables a permanent network connection to and from  
the controller, other controllers in the network and a permanently connected computer  
Ethernet (10Base-T) and 9-pin D (Communications/Diag) Setup  
These connectors are available on some versions for providing Ethernet connectivity to a LAN as well  
as providing a port for configuring the Ethernet/communications functions. At present, the 9-pin-D is  
configured as an RS232 port running at 9600 baud (8 data, 1stop, no parity) and will interface directly  
with a terminal emulator program (hyperterminal etc.)  
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6159939130 CS7000 Controller Hardware Overview Manual  
I/O Connector  
The 19-position remote I/O connector provides the interface between external control/monitoring  
devices and the internal control electronics. CP techmotive accessories, such as socketrays, are  
connected here.  
The mating connector for this port is a 14-shell, 19-pin, strain relief (SR) connector  
(part number 23-10-5200). The mating connector enables connection of your own remote control  
and/or monitoring devices, such as external annunciator lamps or remote cycle-on contacts. Refer to  
I/O Wiring in Chapter 3. Installing the CS7000 Controller for pinout details.  
Enclosure Interior  
The enclosure interior for the CS7000 Controller includes the following components and sub-  
components:  
Sub-panel, that includes:  
Disconnect switch  
Power supply (24 VDC)  
Circuit breaker/ Fuses  
Ground fault circuit interrupter (GFCI)  
Backplane, that includes:  
Address switch  
DCM fuse (internal DCM power)  
I/O power (24 VDC) fuses  
TCM, that includes:  
DCM control card  
Servo  
Communications Control Module (CCM) optionally  
See Figure 2-5 on page 2-7 and Figure 2-6 on page 2-8.  
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Chapter 2. Identifying the Components  
Figure 2-5.  
Components Inside the Enclosure of the CS7000 Controller  
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6159939130 CS7000 Controller Hardware Overview Manual  
Gen2 Tool Control Module (TCM)  
The TCM, shown in Figure 2-6, is a device that controls a single DC electric tool. The TCM and its  
attached tool are referred to as a spindle. The TCM houses both the servo amplifier and DCM.  
Figure 2-6.  
Front View of the TCM  
WARNING! This servo contains a fast discharge circuit to discharge  
the internal capacitors within a few seconds. However, you  
!
should still be careful when handling the TCM. A “bus  
voltage present” light on the front of the unit will  
extinguish when the bus voltage has dropped below  
approximately 70VDC.  
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Chapter 2. Identifying the Components  
The TCM has a small four-digit display, a column of nine indicator LEDs, and two potentiometers.  
The LEDs provide status and condition information about the connected nutrunner. The indicator  
LEDs are labeled:  
READY  
ANGLE HI  
GOOD  
ANGLE LOW  
BAD  
SPINDLE FAULT  
SERVO FAULT  
MOTOR ENABLE  
PEAK TORQUE HI  
PEAK TORQUE LOW  
BUS VOLTAGE PRESENT  
To understand the meaning of these LEDs and potentiometers when they are lit, refer to TCM Related  
Faults in the Visual Supervisor User s Guide (part number 39-30-34823).  
Servo Amplifier  
The servo amplifier is a three-phase, brushless DC motor controller that provides electrical power to  
the nutrunner motor. It receives control signals from the DCM. Based on the state of these inputs, the  
servo amplifier energizes the motor windings to rotate the motor.  
The servo amplifier serves as a closed-loop speed controller. It modulates the motor winding currents  
in order to maintain a constant motor speed despite changes in load. Additionally, the servo amplifier  
can stop the motor quickly by way of dynamic and/or 4-quadrant braking. The servo amplifier boards  
are paired with the DCM board and are housed inside the TCM.  
Gen2 Device Control Module (DCM)  
A 3V lithium battery is located on the DCM board. You must remove the DCM board from the TCM  
in order to replace this battery. A generic 3V lithium battery (Duracell DL 2430 or equivalent) can be  
used. A jumper JP1 located near the back of the TCM can be removed to disconnect the battery  
from the circuitry.  
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Communications Control Module (CCM) “Optional”  
The CCM module provides Ethernet (10Base-T) connectivity from the CS7000 Controller. This  
interface may be to Visual Supervisor systems on the LAN or possibly custom interfaces to customer  
networks. In addition the CCM (in the future) be capable of various communications functions such  
as Fieldbus connections. The CCM module will also be capable of handling a keypad/display  
function.  
Figure 2-7.  
Communications Control Module (CCM)  
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Chapter 2. Identifying the Components  
Backplane  
The backplane is a printed circuit board into which many of the internal component cables plug.  
Figure 2-8.  
CS7000 Controller Backplane  
Backplane Fuses  
F1 and F2 are the main 220V line fuses (MDA-20).  
F4 is a 1A Pico fuse used to protect the external 24 VDC. F5 is a spare fuse.  
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DIP Switch Settings  
DIP switch block SW1 is used to configure the SDLC address. These are binary encoded to provide  
addresses 1 through 32 (zero is not a valid address). For Ethernet this address should be set to 1.  
DIP switch block SW2 is for special options. Position #1 can force the unit into the FLASH program  
mode. Position #2 configures the printer port for DaimlerChrysler Plant Floor Communication System  
(PFCS) formatting.  
Power Supply  
A 1.3A, 24V power supply provides power for external I/O use.  
Ground Fault Circuit Interrupter (GFCI)  
The GFCI is wired in series from the AC power input to the servo amplifier. It monitors both AC  
power leads to the servo amplifier, ensuring that current flowing in one lead is the same as the current  
flowing out the other lead. If, due to a ground fault, the GFCI detects a net difference in the AC power  
exceeding 30 milliamps (30mA or.030 Amps), it shuts off the AC power to the servo amplifier  
automatically.  
Test  
Switch in  
ON position  
Figure 2-9.  
Ground Fault Circuit Interrupter  
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Chapter 2. Identifying the Components  
Disconnect Switch  
The disconnect switch is mechanically interlocked with the rotary actuator to prevent the enclosure  
door from opening if the disconnect switch is in the ON position. Refer to Front Panel earlier in this  
chapter for details about the rotary actuator.  
Circuit Breaker/Fuses  
The circuit breaker/Fuses protects the controller circuitry during an overload condition.  
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Chapter 3. Installing the CS7000 Controller  
3. Installing the CS7000 Controller  
This chapter shows you how to mount the CS7000 Controller, discusses the basic issues involved in  
placing the CS7000 Controller in your facility and shows you how to wire it.  
Mounting the CS7000 Controller  
The CS7000 Controller is installed vertically with the back flat against the mounting surface. Allow  
sufficient space around the controller to attach the power cord, tool cable, I/O cable and printer cable.  
Also be sure to allow space to open the door on the enclosure.  
CAUTION!  
Mount the CS7000 Controller away from moving machinery  
and lift trucks on a structure that does not vibrate. Do not  
mount the CS7000 Controller near large electrical systems,  
motors, welding equipment, or in an area of temperature or  
moisture extremes.  
i
Figure 3-1 shows the dimensions of the CS7000 Controller (in inches).  
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Figure 3-1.  
CS7000 Controller Dimensions of the Front and Bottom Panel  
To mount the controller use four 1/4-20-in bolts or screws.  
Emissions and Susceptibility  
The CS7000 Controller meets the EC directives IEC 61000-6-2 (1999) and IEC 61000-6-4 (1997). It  
does not radiate excessive electromagnetic or noise radiation, or interfere with other controllers and/or  
electronic devices in its vicinity.  
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Chapter 3. Installing the CS7000 Controller  
Meeting the AC Input Power Requirements  
For proper operation, the controller must be connected to a stable power source. The supply source  
should be capable of delivering at least 1.5 kVA per channel at 220V for 177 Series tools. For the 277  
Series tools, at least 2KVA per channel is recommended.  
The voltage tolerance for 220V controllers is 208 to 250 VAC.  
NOTE:  
The maximum no-load speed of a nutrunner is based on a  
nominal AC input voltage of 220V depending on the type of  
controller; if the actual input voltage is lower, the maximum no  
load speed of the nutrunner will be lower than specified.  
?
CAUTION!  
Failure to provide the proper power source can cause the  
following problems in your CS7000 Fastening System:  
i
The nutrunner might shut down before it reaches the  
target torque during a rundown cycle.  
The nutrunner might not operate when a cycle-on  
signal is applied to the system.  
The maximum free speed of the nutrunner might be  
lower than specified.  
Input Power Protection  
A circuit breaker or fuses positioned between the AC input and the servo amplifier provides the  
controller with short circuit protection.  
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Grounding  
WARNING! The GFCI cannot protect you against any potential  
difference that exists between the nutrunner body and any  
other metal fixturing or machinery. You must observe the  
grounding requirements below as a safety protection.  
Failure to follow this safety guideline can result in serious  
personal injury.  
!
It is extremely important that you connect the CS7000 Controller enclosure properly to an earth  
ground. The CS7000 Controller has a ground prong on the power cord, (if supplied) but the AC outlet  
that will be used must be grounded properly, as well.  
Also make sure that all other machinery, such as conveyors, which will transport or hold parts that  
will come in physical contact with the nutrunner, are properly grounded.  
I/O Wiring  
The CS7000 Controller is equipped with a 19-pin I/O connector for field I/O. The settings described  
in Table 3-1 are VS default settings. The CS7000 Controller is capable of 12 discrete inputs and 12  
discrete outputs, however, the standard 19-pin I/O connector does not accommodate I/O 9 through 12.  
These extended I/O must be wired to the backplane directly if they are required. DCMII revision 3.00  
or higher also supports 128 parameter sets and 16 sequences.  
NOTE:  
The 14-shell, 19-pin strain relief mating connector for the I/O  
connector is part number 23-10-5200 [PT06A-14-19P (SR)].  
?
Table 3-1. 19-Position Remote I/O Connector Pinout Signal Names and Descriptions  
Pin  
A
Signal  
Description  
Cycle On/Cycle On Enable  
Clear Outputs  
(Black wire - internal)  
(Black wire - external)  
This is a dual-purpose input.  
When Set Defaults is clicked, VS sets this input to Start, this input  
functions as a cycle on input. This means a fastening cycle can be  
started by either pressing the throttle/trigger switch on the nutrunner OR  
by activating this input.  
When remote mode for the spindle is set to enable, this input functions as  
a cycle on enable input. This means a fastening cycle can be started only  
by pressing both the throttle/trigger switch on the nutrunner and activating  
this input.  
In addition, it is also set to Clear Outputs.  
This is a level-sensitive input. For the fastening cycle to proceed, this  
input must remain active. If this input becomes inactive at any time during  
the fastening cycle, the cycle will be aborted and the nutrunner will stop  
running.  
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Chapter 3. Installing the CS7000 Controller  
Table 3-1. 19-Position Remote I/O Connector Pinout Signal Names and  
Descriptions (Continued)  
Pin  
B
Signal  
Description  
Forward/Reverse input  
(White wire internal)  
(White wire - external)  
When Set Defaults is clicked, VS sets this input to the direction the  
nutrunner turns in a fastening cycle:  
If this input is active when a fastening cycle is started, the nutrunner will  
run in the forward (fastening or tightening) direction. If this input is  
inactive when a fastening cycle is started, the nutrunner will run in the  
reverse (un-fastening or loosening) direction.  
After a fastening cycle has started, changing the state of this input has no  
effect on the fastening direction until the cycle on command (from either  
the nutrunner or the cycle on input or both) is de-activated. This means  
the input must be in the desired state BEFORE activation of the cycle  
start input.  
C
D
E
F
Discrete Input #7  
(Gray wire - internal)  
(Red wire - external)  
Defaults to “Manual Calibration.”  
Discrete Input #8  
(Yellow wire - internal)  
(Green wire - external)  
Multi-purpose switch input “OR” function with switch on tool.  
Limit Set Select B0 input  
(Red wire - internal)  
(Orange wire - external)  
When Set Defaults is clicked, VS sets these three inputs to select which  
of the eight internal limit (or parameter) sets are used for a fastening  
cycle, as follows:  
Limit Set Select B1 input  
(Green wire - internal)  
(Blue wire - external)  
Limit Set  
B2 Input  
inactive  
inactive  
inactive  
inactive  
active  
active  
active  
active  
B1 Input  
inactive  
inactive  
active  
B0 Input  
inactive  
active  
inactive  
active  
inactive  
active  
inactive  
active  
1
2
3
4
5
6
7
8
active  
inactive  
inactive  
active  
active  
G
H
Limit Set Select B2 input  
(Orange wire - internal)  
(White/Black wire - external))  
After a fastening cycle has started, changing the state of these inputs  
does not change which limit set the CS7000 Controller uses until the  
cycle on command (from either the nutrunner or the cycle on input or  
both) is de-activated. This means these inputs must be in the desired  
state BEFORE activation of the cycle start input.  
+24 VDC  
(Blue wire - internal  
(Red/Black wire - external))  
This pin (and pin T) is connected to the positive (+) terminal of the  
internal 24VDC I/O power supply and is normally used as the common  
connection for the input signals.  
J
K
L
Discrete output #1*  
(White/Black wire - internal)  
(Green/Black wire - external)  
Pins J, K, L, M, N, P, and U are the programmable discrete outputs.  
Any one of these outputs will become active when its programmed  
Discrete output #2*  
(White/Red wire - internal)  
(Red/Black wire - external)  
Output function becomes true. When Set Defaults is clicked, VS sets  
these outputs to:  
Discrete output #3*  
(White/Green wire - internal)  
(Blue/Black wire -external)  
____________________________________________________________________________________________  
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Table 3-1. 19-Position Remote I/O Connector Pinout Signal Names and  
Descriptions (Continued)  
Pin  
M
Signal  
Description  
Discrete output #4*  
J = Cycle Finish, K = Cycle Good, L = Cycle Bad, N = In Cycle.  
(White/Violet wire - internal)  
(Black/White wire - external))  
N
P
Discrete output #5*  
(White/Blue wire - internal)  
(Red/White wire - external)  
Discrete output #6  
(White/Gray wire - internal)  
(Green/White wire - external)  
R
Synchronization in/out  
(White/Orange wire - internal)  
(Orange/Red wire - external)  
This bi-directional signal is used for synchronizing two or more spindles in  
a multi-spindle fastening application. It is connected to both the  
synchronization output (Discrete output #8) and the synchronization input  
(Discrete input #6).  
If Sync is set to On, the synchronization output becomes active when a  
fastening cycle is started. When the nutrunner output torque reaches the  
Control Reference level, the synchronization output is de-activated. At the  
same time, the state of the synchronization input is sampled. If it is still  
active because some other spindle has not reached the synchronization  
level yet, it stops the nutrunner and waits for the synchronization input to  
become inactive. Afterwards, it re-starts the nutrunner and finishes the  
fastening cycle.  
This pin should be connected to the synchronization in/out pin of all other  
spindles for which synchronization is desired.  
NOTE:  
This feature only functions when JP8 and JP9 are set to  
defaults.  
?
S
T
Output common  
(White/Brown wire - internal)  
(Blue/white wire - external)  
This feature only functions when JP8 and JP9 are set to defaults.  
+24 VDC  
(Blue wire - internal)  
(Black/Red wire - external)  
This pin (and pin H) is connected to the positive (+) terminal of the  
internal 24VDC I/O power supply and is normally used as the common  
connection for the input signals.  
U
Discrete output #7*  
(Brown wire - internal)  
(White/Red wire - external)  
Pins U and J, K, L, M, N, and P are the programmable discrete outputs.  
Any one of these outputs will become active when its programmed output  
function becomes true. The functions of these outputs are set with VS set  
output.  
V
Synchronization common  
(Violet wire - internal)  
(Blue/Red wire - external)  
This is the common connection for the synchronization input/output. It  
should be connected to the synchronization common pin of all other  
spindles for which synchronization is desired.  
NOTE:  
Active means an input is connected to +24VDC. Inactive  
means an input is either not wired or is wired to common.  
?
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Chapter 3. Installing the CS7000 Controller  
A remote input circuit schematic is shown in Figure 3-2.  
Figure 3-2. Remote Input Circuit Schematics  
To ensure that you operate the fastening system properly, refer to Table 3-2 for input requirements.  
Table 3-2. Guidelines for Proper Operation of the Controller I/O Signals  
Discrete Inputs  
Highest permissible input voltage  
Lowest permissible input voltage  
Minimum guaranteed input activation  
Maximum guaranteed input deactivation  
Discrete outputs  
Unit  
30 V  
-5 V  
10 V  
1.5 V  
Unit  
Maximum output current  
360 mA  
Maximum voltage  
28 Volts DC  
NOTE:  
Installing J8 (supplied 24 VDC to “output-common-bus” and  
each of the individual output (J12 and J13 jumpers) eliminates  
the need to wire 24VDC to the output terminals for sourcing.  
?
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Connector Pinout Definitions  
Pinout definitions are provided for the tool, I/O, TCM network, RS-232 and printer connectors.  
Tool Connector “26 pin” (Metal SMC) – Front View  
Pin Designation  
Wire Color (Ref)  
RED  
Function  
POWER PHASE 2  
+ 24 VOLTS  
COMMON  
CLK -  
1
5
ORN/WHT  
WHT/ORN  
WHT/BR  
BR/WHT  
BLU/WHT  
WHT/GRN  
GRN/WHT  
GRN  
6
12  
13  
CLK +  
14  
TXD +  
15  
RXD -  
16  
RXD +  
19  
POWER SHIELD  
POWER PHASE 1  
POWER PHASE 3  
RESOLVER SHIELD  
SIG SHIELD  
TOOL FRAME GRD  
TXD -  
20  
WHT  
21  
BLK  
22  
GRN  
23  
GRN  
25  
GRN-YEL  
WHT/BLU  
--  
26  
Nos. not listed  
No connection  
RESOLVER R1  
R2  
10  
11  
8
WHT/RED  
WHT/BLK  
WHT  
S1  
24  
9
WHT/GRN  
GRN  
S2  
S3  
7
WHT/YEL  
S4  
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Chapter 3. Installing the CS7000 Controller  
I/O Connector – Front View  
Pin Designation  
Wire Color (Ref)  
Function  
A
B
C
D
E
F
BLK  
WHT  
GRY  
CYCLE ON INPUT  
FORWARD/REVERSE INPUT  
DISCRETE INPUT #7  
YEL  
DISCRETE INPUT #8  
RED  
LIMIT SET SELECT B0 INPUT  
LIMIT SET SELECT B1 INPUT  
LIMIT SET SELECT B2 INPUT  
+24V INPUT  
GRN  
G
H
J
ORN  
BLU  
WHT/BLK  
DISCRETE OUTPUT #1  
(FINISHED)  
K
L
WHT/RED  
WHT/GRN  
WHT/YEL  
WHT/BLU  
WHT/GRY  
WHT/GRN  
WHT/BRN  
BU  
DISCRETE OUTPUT #2 (ACCEPT)  
DISCRETE OUTPUT #3 (REJECT)  
DISCRETE OUTPUT #4  
DISCRETE OUTPUT #5  
DISCRETE OUTPUT #6  
SYNC IN/OUT  
M
N
P
R
S
T
OUTPUT COMMON  
+24V  
U
V
BRN  
DISCRETE OUTPUT #7  
SYNC COMMON  
VIO  
TCM (IN and OUT) Network Connectors – Front View  
Pin Designation  
Wire Color (Ref)  
BRN/WHT  
WHT/BRN  
ORN/WHT  
WHT/ORN  
GRN/WHT  
WHT/GRN  
BLU/WHT  
GRN  
Function  
TXD+ OUT  
TXD- OUT  
RXD+ IN  
A
B
C
D
E
F
RXD- OUT  
CLK+ OUT  
CLK- OUT  
G
H
SHIELD COMMON  
SHIELD  
RS-232 Connector – Front View  
Pin Designation  
Wire Color (Ref)  
Function  
RXD  
2
3
5
7
8
BLU  
GRN  
BLK  
RED  
YEL  
TXD  
GND  
RTS  
CTS  
____________________________________________________________________________________________  
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Printer/Computer/Diagnostics (RS-232) Connector – Front View  
Pin Designation  
Wire Color (Ref)  
Function  
RXD  
2
3
5
7
8
BLU  
GRN  
BLK  
RED  
YEL  
TXD  
GND  
RTS  
CTS  
Programming the CS7000 Controller (In General)  
After you have mounted the controller and become familiar with its basic components, you must  
program it with the required fastening strategy and parameter set limits before you can begin fastening  
operations. Refer to the Visual Supervisor User s Guide (part number 39-30-34823) for connection  
and setup information.  
Programming the CS7000 with Ethernet (CCM)  
Adding a CCM board to the CS7000 provides ethernet capability and other future functions. The  
Initial release supports Visual Supervisor, and subsequent releases will provide interfaces to many  
Customer specific networks. Also future capabilities will include Fieldbus and Keypad/displays. A  
Null-modem cable that provides an RS-232 connection (Typically 9 pin-d female on both ends) will  
be required for setup of the CCM module. This cable will plug into the CS7000  
communications/diagnostics port. If using Hyper-terminal, use 9600 baud, 8 data, no parity and one  
stop bit. Hit the <Enter key> and a > should appear. Hitting ? will show a list of available  
commands.  
To configure the CS7000 Controller to link to Visual Supervisor, you must use the ipconfig  
command to establish the TCP/IP parameters (IP address etc.). At the Visual-Supervisor-Host, you  
must set up VsSystemSettings to use Ethernet and enter the IP address of this controller. Once that is  
saved, VS should start up and communicate normally with the controller. If problems occur,  
PING ommands and LED s on the CCM that should help guide the user to the problem. It is  
necessary to issue a commit command to permanently save settings.  
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Chapter 4. Technical Information  
4. Technical Information  
Maintenance of the CS7000 Controller consists of replacing fuses and cleaning the enclosure window.  
Replacement Parts  
If, at any time, you need to replace or order new parts for your CS7000 Controller.  
Table 4-1.  
Replacement Parts  
Qty.  
Description  
Part Number  
49-4102-015000  
12-20-5007  
1
1
1
2
50A TCM GEN2  
+24V DC Power Supply  
Fuse 1A SB, Littelfuse 39001 5x20 mm  
Fuse 20A, MDA-20  
13-10-61001  
13-10-0555  
NOTE:  
All part numbers used in Table 4-1 are CP techmotive part  
numbers unless otherwise specified.  
?
Cleaning the Enclosure Window  
Use only water-based cleaners to clean the plastic window. Other solvents may damage the window.  
Assembly Drawings  
Assembly and wiring diagrams are available for the CS7000 Controller. To request an assembly or  
wiring diagram, contact the CP techmotive Technical Service Department. To contact CP techmotive,  
refer to Contact Information next.  
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Contact Information  
NOTE:  
You will need to prefix American telephone numbers with the  
International Access Code for the U.S. when calling from  
another country.  
?
If you require additional technical information about the CS7000 Controller, call  
1-877-224-7377 from inside the U.S. or Canada, or (001) 248-596-0600 from outside the U.S. or  
Alternatively, you can also contact CP techmotive at:  
42860, Nine Mile Road,  
Novi, MI 48375-4122  
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Chapter 5. Index  
5. Index  
A
F
AC  
front panel, 2-1  
fuse, 1-3, 4-1  
input, 3-3  
Input Receptacle, 2-5  
address switches, 2-6  
pullers, 1-3  
substitutes, 1-3  
B
G
backplane, 2-11  
battery, 2-9  
bottom panel, 2-1  
ground fault circuit interrupter, 2-6, 2-12  
I
I/O  
C
cable, 3-1  
connector, 2-6, 3-9  
Port, 2-6  
circuit breaker, 2-6, 2-13  
Clear Outputs, 3-4  
connector  
power, 2-6  
input  
active, 3-6  
inactive, 3-6  
Input AC Receptacle, 2-5  
I/O, 2-6, 3-9  
printer, 2-5, 3-10  
RS-232, 2-5, 3-9  
SDLC/485, 2-5, 3-9  
tool, 2-5, 3-8  
Cycle  
Bad, 3-6  
Finish, 3-6  
L
latch, 2-3  
LED, 2-9  
LED display, 2-3  
Good, 3-6  
D
Device Control Module  
battery, 2-9  
M
Manual Calibration, 3-5  
multi purpose switch, 3-5  
disconnect switch, 1-3, 2-3, 2-6, 2-13  
dual-purpose input, 3-4  
N
E
nutrunner, 3-4, 3-5  
electrical  
drawings, 1-3  
fires, 1-3  
hazards, 1-3  
O
output current, 3-7  
wiring, 1-3  
P
enclosure  
Panels  
components, 2-7  
interior, 2-1  
window, 4-1  
Bottom, 2-4  
Top, 2-4  
Panels  
extinguishers, 1-3  
Front, 2-2  
Parameter Set Switch, 2-3  
parameter sets, 3-5  
PFCS, 2-12  
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pinout, 3-8  
safety,  
Plant Floor Communication System, 2-12  
potentiometer, 2-9  
power supply, 2-6, 2-12, 3-5, 4-1  
printer cable, 3-1  
electrical, 1-1, 1-3  
SDLC/485 I/O network connector, 2-5, 3-9  
servo amplifier, 2-6, 2-9, 2-12  
spindle, 2-8  
printer connector, 2-5, 3-10  
programmable discrete output, 3-6  
synchronization input/output, 3-6  
synchronization output, 3-6  
R
T
remote input circuit schematic, 3-7  
tool cable, 3-1  
Tool Connector, 2-5, 3-8  
Tool Control Module, 2-8  
top panel, 2-1  
repairs, 1-3  
rotary actuator, 2-3  
RS-232  
connector, 2-5, 3-9  
port, 2-5  
V
voltage, 1-3, 3-7  
S
safety glasses, 1-3  
Index-5-2  
39-30-41365  
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Please find your local contact at: www.cp.com  
U.S. English  
Printed in USA  
Copyright 2005  
CP techmotive, Novi, MI, USA  
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