EZ-Glider Position Control Telescoping Torque Arms

Quick Answer

EZ-Glider Position Control Telescoping Torque Arms support assembly tools, absorb torque reaction, and use position control to guide operators through the correct fastening sequence.

Who This Is For

Manufacturing & process engineers
Assembly operators
Ergonomics and safety teams
Quality engineers
Automotive, aerospace, electronics, and general manufacturing
CX and Sales teams supporting assembly tools

When Should You Use This?

Use EZ-Glider Position Control Telescoping Torque Arms when:

Fastening location and sequence must be controlled
Assembly errors (missed or out-of-sequence fasteners) need to be reduced
Torque reaction from power tools must be absorbed
Operator ergonomics is a concern
Applications require overhead mounting or vertical reach
Consistent fastening process control is required

When Should You NOT Use This?

Do not use EZ-Glider Position Control systems if:

Position control or guided sequencing is not required
A basic mechanical torque arm is sufficient
Workspace does not allow mounting (rail, column, or overhead)
A simpler, lower-cost solution is preferred
No electronic system is desired

How EZ-Glider Position Control Torque Arms Work

EZ-Glider systems combine mechanical support with position tracking:

Tool is mounted to the telescoping torque arm
Arm absorbs torque reaction generated during fastening
Telescoping design allows vertical movement and extended reach
Position control system monitors tool location
System guides operator through the fastening sequence
Operator moves tool between predefined fastening points

Result:

Improved fastening consistency
Reduced operator strain
Better control of fastening process

Core Features

Telescoping arm design for vertical reach and compact use
Supports assembly tools and reduces torque reaction impact
Position control capability for guided fastening
Helps maintain proper tool positioning during use
Improves ergonomics by reducing operator fatigue
Designed for production and assembly environments

Configuration Options

Telescoping arm sizes and reach ranges
Mounting configurations:
- Overhead rail systems
- Workstation or column mounting
Tool mounting options:
- Tool holders
- Clamps (size dependent)
Compatible with electric and pneumatic assembly tools

Available Models (EZ-Glider Position Control Telescoping Torque Arms)

Available models include APC, LPC, and LAPC configurations:

APC models: 260212–260218
LPC models: 260219–260225
LAPC models: 260226–260232

These models cover:

30 N.m / 22.1 lbf.ft
80 N.m / 59 lbf.ft
140 N.m / 103.3 lbf.ft
Reach ranges from 18.7"–37.5" up to 46.4"–78.7"

EZ-30T Series (30 Nm / 22.1 lbf.ft)

EZ-30T LPC – Part #260219 (18.7"–37.5")
EZ-30T/1500 LPC – Part #260220 (25.8"–59")
EZ-30T/2000 LPC – Part #260221 (32.4"–78.7")

EZ-80T Series (80 Nm / 59 lbf.ft)

EZ-80T/1500 LPC – Part #260222 (28.1"–59")
EZ-80T/2000 LPC – Part #260223 (34.6"–78.7")

EZ-140T Series (140 Nm / 103.3 lbf.ft)

EZ-140T/1500 LPC – Part #260224 (36.5"–59")
EZ-140T/2000 LPC – Part #260225 (46.4"–78.7")

Setup & Adjustment

Mount torque arm to overhead rail, column, or workstation
Attach assembly tool using appropriate holder or clamp
Adjust telescoping arm to required working range
Position arm for application-specific fastening points
Verify smooth arm movement and support
Confirm system is functioning correctly before operation

Can It Be Adjusted Later?

Yes:

Arm position can be adjusted
Telescoping range can be reset
Tool mounting can be changed
Workstation setup can be modified as needed

Decision Guide

EZ-Glider Position Control vs Other Torque Arm Options

Use EZ-Glider Position Control when:

Guided fastening sequence is needed
Process consistency is important
Vertical reach or overhead mounting is required
Torque reaction needs to be managed
Ergonomics is a priority

Consider other options when:

Flexible, multi-directional positioning is needed → ATS-Series
Extended horizontal reach is the priority → CTA-Series
Only basic torque reaction support is required
No position control is needed

Use Cases (Real-World Examples)

General Assembly

Problem: Inconsistent tool positioning during fastening
Solution: Telescoping arm supports controlled positioning

Electronics Assembly

Problem: Missed fastening locations during repetitive work
Solution: Position-guided system helps direct operator workflow

Production Workstations

Problem: Operator fatigue from managing tool weight and torque reaction
Solution: Torque arm supports tool and absorbs reaction forces

Overhead Applications

Problem: Limited workspace and need for vertical movement
Solution: Telescoping design allows efficient use of vertical space

Troubleshooting

Issue 1: Arm movement is restricted

Cause: Improper mounting or obstruction
Solution: Verify mounting setup and clear movement path

Issue 2: Tool not properly aligned

Cause: Arm not positioned correctly
Solution: Adjust arm to maintain proper alignment

Issue 3: Limited reach

Cause: Telescoping range not fully adjusted
Solution: Reconfigure arm extension and mounting position

Calibration & Standards

No traditional torque arm calibration required
Inspect arm regularly for wear and function
Verify proper mounting and safe operation
Follow internal safety and workstation guidelines

Integration / Advanced Notes

Mechanical torque arm with position control capability
Designed for use with:
- Electric assembly tools
- Pneumatic assembly tools
Can be incorporated into production workstations
Supports consistent fastening processes

Media & Supporting Content

Need Help?

Contact Applications Engineering for setup guidance
Speak with Sales for product selection
Call us:
- North America:(408) 850-9978
- International: +44 1428 741756

EZ-Glider Position Control Telescoping Torque Arms – FAQ & User Guide