Thank you for purchasing a Mark-10 Plug & Test
force sensors and torque sensors to Mark-10 indicators and Series F test frames.
With proper usage, we are confident that you will get many years of great service with this product. Mark10 products are ruggedly built for many years of service in laboratory and industrial environments.
This User’s Guide provides setup, safety, and operation instructions. For additional information or
answers to your questions, please do not hesitate to contact us. Our technical support and engineering
teams are eager to assist you.
Before use, each person who is to use this product should be fully trained in appropriate
operation and safety procedures.
Both adapters may be programmed to the appropriate load capacity with a software utility through USB or
RS-232 connection to a Mark-10 indicator. Through Plug & Test
calibration information are saved within the adapter, allowing for interchangeability between multiple
sensors, including standard Mark-10 sensors.
1.3 Compatible Equipment
The PTA and PTAF adapters are compatible with sensors meeting the following specifications:
Sensors meeting the above specifications are supplied with a cable with four leads, for the following
functions:
EXCITATION +
EXCITATION –
SIGNAL +
SIGNAL –
These leads are typically color coded. Refer to the manufacturer’s data sheet for details.
Ensure that the signal leads have been installed into the appropriate terminal blocks. Some sensor
Note:
manufacturers consider SIGNAL + to be a compression value, while others consider it to be a tension
value. If these leads are installed incorrectly, the indicator will display the opposite tension/compression
indicator, and calibration cannot take place. In such a case, the indicator may display a message that the
load is too high or too low, even if the applied load is correct. Switching the leads may fix the issue. Lead
assignments should be verified with the manufacturer.
The adapters contain a circuit board with a screw terminal block to allow for the connection of these
leads.
2.2 Wire Connection - Model PTA
Access the circuit board inside the adapter by loosening two screws and removing the cover, as shown
below:
The screw terminal block will be visible, along with labels referencing the functions listed above:
1. Feed the four leads through the supplied strain relief (pictured above) and into the body of the
adapter.
2. Using a flat screwdriver, loosen the four screws in the terminal block until the sensor leads can be
inserted into the appropriate receptacles. After inserting the leads, tighten the screws, as shown
below:
3. Install the strain relief by pressing it into the receptacle in the adapter housing, as shown below:
1. Remove the circuit board by loosening two screws, and remove the side cover by loosening two
screws, as shown below:
2. Feed the sensor leads through the strain relief and side cover over. Then, using a flat
screwdriver, loosen the four screws in the terminal block until the sensor leads can be inserted
into the appropriate receptacles. After inserting the leads, tighten the screws, as shown below:
3. Reinstall the circuit board and side cover, then press the strain relief into the side cover, as
shown below:
2.4 Mounting Model PTAF to Models F105, F305, F505, and F505H Test Frames
Fasten a user-supplied screw through the crosshead of the test frame, through the PTAF adapter, and
into the sensor, as shown in the following example:
2.5 Mounting Model PTAF to Models F755, F755S, F1505, and F1505S Test Frames
To mount Model PTAF and a sensor to these test frames, Model AC1083 is also required.
Fasten a user-supplied screw through the crosshead of the test frame, through the AC1083 adapter,
through the PTAF adapter, and into the sensor. Then route the AC1083 cable through the opening in the
crosshead and connect the Plug & Test
image below:
®
connector to the receptacle on the crosshead. Reference the
The adapters are configured by a PC running the included software utility, Plug & Test Adapter
Configuration. Communication is achieved through a Mark-10 indicator and a USB or RS-232 connection.
The software and USB drivers may be downloaded from:
3.1 PC requirements
Windows 7 or later operating system
Screen resolution of 1024 x 768 or greater
RS-232C serial port or USB port. If USB communication is required, be sure to install the
appropriate USB driver.
3.2 Installation instructions
After downloading the file from the above link, unzip/extract the folder, then run the file “setup.exe”.
Follow the prompts on the screen to install the software.
3.3 Running the software
When the installation is complete, the program can be found in:
Programs > Mark-10 Software >Plug & Test Adapter Configuration.
When software installation has been completed, plug the adapter into the indicator, and connect a USB or
RS-232 cable between the indicator and the PC.
4.1 General Menus
4.2 COM Port Settings
Use this screen to configure the PC’s COM port to which the indicator is connected.
COM Port
Select the appropriate COM port from the dropdown list. Clicking Refresh updates the list with all
installed ports. The COM port associated with the indicator can be identified under the Ports sub-section
of Device Manager in Windows.
Baud Rate
Select the baud rate of the serial port. The default setting is 9600 baud. Be sure to configure the baud
rate to match that of the indicator.
File
Close – Click to exit the program.
Help
User’s Guide – Click to open the user’s guide PDF document (this document).
Mark-10 Website – Click to go to the Mark-10 website.
About
Click to display general software information, including the version number.
Use the Force Capacities & Resolutions and Torque Capacities & Resolutions screens to program
the capacity appropriate for the sensor. The number of available units of measurement and displayed
resolution depend on the indicator being used. Refer to Section 5 for detailed information.
Refer to the following procedure:
1. Select the appropriate capacity. Use the
capacities. The Capacity table shows the available units of measurement and their corresponding
capacities. The Resolution table displays the increment size for each of the available units.
Select the Model 5i & 7i or Model 3i radio button in the lower right corner of the screen to display
the units and resolutions available for each indicator. Do not use a Model M3I indicator to
configure a sensor via the PTAF adapter.
2. The software may be used to configure a bi-directional sensor, such as an S-beam, or single
direction sensor, such as a load button. Select the appropriate direction.
3. Optionally enter an identification number for the sensor. This number will be displayed in the
indicator’s power-up sequence and Information screen.
Note: The identification number may not begin with the letter sequence “MR”.
4. Click Program Adapter. A progress bar is supplied below this button, for visual convenience.
Do not disconnect the communication cable until this process is complete, denoted by the PASS
or FAIL indicator.
Note: This software does not allow the user overwrite the configuration of a standard Mark-10
force or torque sensor.
4.4 Read Indicator & Adapter
Use this screen to view information about the sensor and indicator. Click Read to view the indicator
model number, serial number, and firmware version. The sensor’s identification number, serial number,
direction(s), capacities, and resolutions are also visible.
Note: The adapter’s serial number is programmed at the factory and cannot be modified.