Panasonic EYFMH1 14.4V Cordless Mechanical Pulse Tool Instruction Manual

**Panasonic EYFMH1 14.4V Cordless Mechanical Pulse Tool

**

Product Details

Take fastening accuracy and quality manufacturing to a higher level with Panasonic’s next generation transducerized mechanical pulse tool.
AccuPulse 4.0 offers the advanced precision, comprehensive data collection and best-in-class reactionless ergonomics. Four on board microcomputers and transducer intelligently manage torque sensing, motor control, power, and wireless communication for an Industry 4.0 compatible assembly solution like no other.

Key Features

• One-hand cordless operation with no reaction for increased worker safety and freedom of movement
• Durable high resolution non-contact torque sensor for reliable torque measurement
• Patented torque traceability and torque curve detection algorithm for high accuracy
• Double hammer mechanism for optimized torque calculations
• Advanced programmable features for greater productivity and plant automation
• Wireless 2-way communication
• Data collection for monitoring torque, angle, time, OK/NOK, pulses and graph
• Eco-friendly, low maintenance and energy efficient
  
  
  Multi-tool Controller

IMAGE DIAGRAM

Diagram](https://manuals.plus/wp-content/uploads/2023/06/Panasonic-EYFMH1-14 .4V-Cordless-Mechanical-Pulse-Tool-Instruction-Manual-6.png)| |
Torque range| 50-120Nm| 50-120Nm| 20-60Nm| 20-60Nm
Anvil type| C = 1/2″ Sq. C-Ring w/ through Hole| P= 1/2″ Sq. Pin Detent| C = 1/2″ Sq. C-R in w/ through Hole| P = 1 /2″ Sq. Pin Detent
Anvil size|

1/2 in

Tool bolt torque range

The chart below is a general recommendation. Joint rate from soft – hard will affect the torque range.

AccuPulse 4.0 Recommended Bolt Size

Model| Bolt Size| Min Torque (Nm)| Max Torque (Nm)
EYFMH1| M8| 20| 50
M10| 20| 60
EYFMH2| M10| 50| 80
M12| 50| 120
M14| 80| 120

Tool to Bolt Chart

Quick Guide Overview

AccuPulse 4.0 Transducerized Mechanical Pulse Tools

• Initial tool setup will require running down the same joint more than once In the Adjust Torque Offset to get the Initial joint signature to match the audit torque. That joint signature will be unique for that application.

• It’s recommended to use new hardware for each rundown during Adjusting Torque Offset setup.

• After each rundown connect the tool to read the data and perform the offset calculation.

• On multi – fastener setup, especially with mean shift characteristics, select the bolt with medium to soft joint, not the hardest joint for initial setup.
  This gives the best average results across the batch.

• Items needed for setup:

  • Digital torque wrench or rotary transducer for static audit only
  • Do Not run rotary inline with tool
  • PC with software and cable
    

Getting Started

• Download and unzip the software from the Link below

• Open Tool Manager software folder

• Follow the path below to the Install.exe and select

• When the tool manager installation opens, select next and follow the onscreen instructions
  

  • Owner’s manual linkhttps://na.panasonic.com/us/support/assembly-tools-owners-manuals
  • Tool Manager Software Link https://na.panasonic.com/us/support/assembly-tools-downloads

Connecting the Tool

• Open Tool Manager software, plug the tool into the USB if you haven’t already
• Pull the trigger to wake the tool if the tool is not already awake
• A Pair Tool screen will popup. Press Pair Tool button
• Click the tool in the left column to highlight the tool to edit.
  The list will include all tools previously connected tools
  

Initial setup

• Select the tool from the list. The blue highlighted tool is the one that will be edited

• Select the Parameter tab to begin application setup. The blue highlighted parameter is the one that will be edited

• Select Read From Connected Tool to see current parameters to edit or save.
  

• Copy Parameter to save the tools parameter if you don’t want to lose that parameter

• Create New to setup a new application

• Parameters will be archived in the parameter list

New Parameter Setup

1. Select Create New Always start a new assembly with Create New and default offset values
2. Under Model Number , select the correct tool. This will populate the blank entries with default settings
3. Select Adjust Torque Offset. A “Adjust Torque Offset” window will pop up and you will begin the process of matching the tool torque algorithm to the audit torque
4. Select Default tab to make sure the default values are reset
   

Default Offset Values

Default Offset Values

Tool| Slope| Intercept| Unit of Measure| Tool| Slope| Intercept| Unit of Measure
MH1| 25Nm| 5| Nm| MH2| 55| 25| Nm
221.24| 44.25| in.lbs| 486.73| 221.24| in.lbs
18.44| 3.69| ft.Ibs| 40.56| 18.44| ft.lbs

• If the assembly has multiple fasteners and mean shift issues, use the softer to middle joint to initially setup the tool.
• Use the minimum output mode to determine the fasteners minimum torque discussed on page

Adjust Torque Offset

matching the tool torque algorithm to the audit torque

1. Choose the socket length including the extension

2. Type in the target torque for Shut-off torque

3. Continue Offset to store the value in the tool

4. Unplug the tool and rundown the fastener

5. Use a digital torque wrench to check the residual torque for the Audit torque Value required for step 8
   

6. Plug tool back in

7. Select Acquire to upload the tool rundown data.

8. Input the Audit Torque Value from the static audit

9. Select Check to calculate the new offsets
   ● The offset slope and intercept will change, adjusting the tool torque signature to the audit torque

10. Continue Offset to write the new values to the tool.

11. Repeat from step 4 until the % column and offset value Turn green indicating torque values are within 5%

12. Update & Exit when 5% is met

Note: If the tool is not shutting Off

• Harder joints and higher torque may cause the tool to not shut off
• Go back to the parameter page
• Increase Offset slope by 5 incrementally (55-60) for a MH2.
• Increase Offset Slope by 3 incrementally (25-28) for MH1
• Go back to Adjust Torque Offset and try the procedure again

Minimum Output Mode

If you receive unexpected results during the Adjust Torque Offset or cannot achieve the lowest torque needed, use the “Minimum Output Mode” to qualify the bolt.

Test the bolts for minimum torque possible.
Follow below

1. Change to 1500 rpm on the parameter page to get lower torque if required
2. Select the socket extension length
3. Select “Minimum Output Mode”
4. Select “OK”
5. Unplug the tool and run each bolt down that you want to test
6. Do a static audit of each bolt That audit will be the minimum torque capable for that tool to bolt

*After the Minimum Offset Mode has been made or not required, uncheck the Minimum Offset Mode and continue to the next slide

Note: If you setup on bolts that cannot reach minimum torque required without testing, you will get unreliable torque results

Use the procedure described and stay within the torque to bolt range and the tool will be very reliable

Saving Parameters

After adjusting torque offset you will close and return to this main screen. You can see below the new offset value As a part of the unique algorithm for that assembly

Write to the tool will erase the previous parameter in the tool and replace it with the highlighted parameter selected from Parameter column

Save Parameter will overwrite and save changes that are made to the selected parameter

Copy Parameter copies the selected parameter.
A popup window will prompt for a name and any comments you want to add to the copy.
The new parameter will be listed under the Parameter tab

Export highlighted parameter to a .csv file to archive saved parameters to a file.
The saved files are used for uploading to a controller or imported for stand alone use

Settings and Limits Explanation

• Mode setting turns wireless communication on/off.

• Wireless Communication enable wireless communication for pairing to the controller

• Stand Alone is no wireless communication. For stand alone without a controller mode and setting up the tool
  

• Shut off torque is the target torque

• Upper and lower limits for minimum and maximum allowable torque for OK/NOK. If the final rundown torque is above or below the limits, the tool will display NOK

• Offset is automatic offset adjustment during Adjust Torque Offset procedure. Alignment of tool torque to Static torque

• Default will change the offset values to default
  

• No Load speed rpm speed before the tool begins to pulse or see a load. Selectable from 1500 to 2300, in 100 rpm increments

• Variable speed is rpm speed before load depending on depth the trigger is pulled

CMK Report

Machine Capability Study| | |
---|---|---|---
| | | | | | |
| | | | | | |
Result:| OK
Acceptable min. Cmk:| 1.67
Date/Time:| 2021-10-21 16:50
Sensor Serial Number:| M1B4EF0
Tool Type:| EYFST20NM
Tool / Part No.:|
Tool / Part Name:|
Batch:|
Comment:|
| | | | | | |
Target Value [Nm]:| 20.0000
Tolerance (+/-):| 10.00%
+Tolerance [Nm]:| 2.0000
-Tolerance [Nm]:| 2.0000
Upper Limit [Nm]:| 22.0000
Lower Limit [Nm]:| 18.0000
| | | | | | |
| | | | | | |
Count (n):| 10
Process Mean (x) [Nm]:| 19.8144
Max. [Nm]:| 20.3030
Min. [Nm]:| 19.3730
Spread (R) [Nm]:| 0.9300
Standard Deviation (s):| 0.321942
6 Sigma (6 s):| 1.931655
Cm:| 2.07
Cml:| 1.88
Cmu:| 2.26
Cmk:| 1.88
| | | | | | |
| | | | | | |
No.| Date| Time| Max.| Unit| Dev. (Target) [%]| D e v. (Mean) [Nm]| Valid
1| 2021-10-21| 16:48:07| 19.8010| Nm| -0.995%| -0.0134| TRUE
2| 2021-10-21| 16:48:16| 20.1300| Nm| 0.650%| 0.3156| TRUE
3| 2021-10-21| 16:48:25| 20.3030| Nm| 1.515%| 0.4886| TRUE
4| 2021-10-21| 16:48:35| 20.2030| Nm| 1.015%| 0.3886| TRUE
5| 2021-10-21| 16:48:44| 19.4770| Nm| -2.615%| -0.3374| TRUE
6| 2021-10-21| 16:48:54| 19.8380| Nm| -0.810%| 0.0236| TRUE
7| 2021-10-21| 16:49:03| 19.8410| Nm| -0.795%| 0.0266| TRUE
8| 2021-10-21| 16:49:12| 19.7150| Nm| -1.425%| -0.0994| TRUE
9| 2021-10-21| 16:49:21| 19.4630| Nm| -2.685%| -0.3514| TRUE
10| 2021-10-21| 16:49:30| 19.3730| Nm| -3.135%| -0.4414| TRUE

Graph result display from AccuPulse 4.0 tool manager program

CUSTOMER SERVICES

Panasonic Life Solutions Company of America Assembly Tools Division
2 Riverfront Plaza 5th Floor Newark, NJ 07102
https://na.panasonic.com/us/support/assembly-tools-downloads

References

• Assembly Tools Support Downloads | Panasonic
• Panasonic Assembly Tools - Owner's Manual

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