background image

Corporate Headquarters: 

1080 North 11th Street, San Jose, CA 95112    Phone: (408) 292-2214   Fax: (408) 292-2733

www.etorque.com

Torque Reference Charts

The charts are meant to be used as guidelines for setting torque. The drivers have 
a torque scale on the torque adjustment nut showing reference numbers. These 
numbers determine the approximate torque setting.

G = Gold

K = Black

Z = Bronze

Accessory

The torque cover protects the K-Series from incidental or operator tampering of

torque setting.

Model

Color        Item #

Torque Cover        Black       145615

Testing Power Tools: 

1.  Application Method: Use a torque analyzer in “Peak Mode” with a rotary transducer 

between the power tool and the actual application. This is the best way to test since
you are using the actual joint as the test station.  You will see the actual 
torque applied to the fastener.  

Caution:

Variances in tool performance may occur do 

to the addition of the rotary transducer.

2. Simulated Method: Always use a quality joint rate simulator (run down adapter) with a torque analyzer when testing power    

tools in a simulated application. Use Joint rate and Breakaway methods to obtain most accurate torque readings in a 
simulated rundown.

Maintenance Intervals:

The number of cycle shown on the table below should be used as a guideline for effective maintenance in order to reduce 
unexpected down time. Maintenance intervals may be determined by the several approaches: number of cycles in use, 
number of hours in use, type of joint, torque and calender time. All these factors should be considered for the best 
preventative maintenance. The following inspection and replacement intervals will vary depending on tightening load and
cycle-on time.

Parts Descriptions

Inspection

Replacement 

1.

Carbon Brush

200,000 cycle

500,000 cycle

2. 

Power Switch

450,000 cycle

1,000,000 cycle

3. 

Limit Switch

450,000 cycle

1,000,000 cycle

4.

F/R Switch

450,000 cycle

1,000,000 cycle

5. 

1st Idle Gear (plastic)

500,000 cycle

1,000,000 cycle 

6. 

Gear Case

800,000 cycle

1,500,000 cycle

7. 

Clutch

800,000 cycle

1,500,000 cycle

8. 

Cable (5P)

400,000 cycle

1,000,000 cycle

K-450 models Operating Instructions

Rev 1.3

408-292-2214

Fax: 408-292-2733

sales@etorque.com

www.etorque.com

ISO 9001

K450-A & K450P-A

1 2

3 4

5 6

Torque Scale

5

10

15

20

25

30

35

lbf.in

7 8

G
Torque Range
10.8-30.3

Z
Torque
Range
2.6-14.7

K
Torque Range
14.3-39

40

Summary of Contents for K150F-A

Page 1: ... driver on and check for proper rotation FOR clockwise REV counterclockwise 7 To apply torque squeeze the lever Push to Start models place light downward pressure on the nose of the driver The driver will automatically stop when the preset torque has been reached 8 To remove the screw turn the FOR REV switch to REV HOW TO REPLACE THE CARBON BRUSH WARNING When replacing the carbon brushes detach th...

Page 2: ...on Use Joint rate and Breakaway methods to obtain most accurate torque readings in a simulated rundown Maintenance Intervals The number of cycle shown on the table below should be used as a guideline for effective maintenance in order to reduce unexpected down time Maintenance intervals may be determined by the several approaches number of cycles in use number of hours in use type of joint torque ...

Page 3: ...driver on and check for proper rotation FOR clockwise REV counterclockwise 7 To apply torque squeeze the lever Push to Start models place light downward pressure on the nose of the driver The driver will automatically stop when the preset torque has been reached 8 To remove the screw turn the FOR REV switch to REV HOW TO REPLACE THE CARBON BRUSH WARNING When replacing the carbon brushes detach the...

Page 4: ...ication Use Joint rate and Breakaway methods to obtain most accurate torque readings in a simulated rundown Maintenance Intervals The number of cycle shown on the table below should be used as a guideline for effective maintenance in order to reduce unexpected down time Maintenance intervals may be determined by the several approaches number of cycles in use number of hours in use type of joint to...

Page 5: ...driver on and check for proper rotation FOR clockwise REV counterclockwise 7 To apply torque squeeze the lever Push to Start models place light downward pressure on the nose of the driver The driver will automatically stop when the preset torque has been reached 8 To remove the screw turn the FOR REV switch to REV HOW TO REPLACE THE CARBON BRUSH WARNING When replacing the carbon brushes detach the...

Page 6: ...plication Use Joint rate and Breakaway methods to obtain most accurate torque readings in a simulated rundown Maintenance Intervals The number of cycle shown on the table below should be used as a guideline for effective maintenance in order to reduce unexpected down time Maintenance intervals may be determined by the several approaches number of cycles in use number of hours in use type of joint ...

Page 7: ...driver on and check for proper rotation FOR clockwise REV counterclockwise 7 To apply torque squeeze the lever Push to Start models place light downward pressure on the nose of the driver The driver will automatically stop when the preset torque has been reached 8 To remove the screw turn the FOR REV switch to REV HOW TO REPLACE THE CARBON BRUSH WARNING When replacing the carbon brushes detach the...

Page 8: ... Use Joint rate and Breakaway methods to obtain most accurate torque readings in a simulated rundown Maintenance Intervals The number of cycle shown on the table below should be used as a guideline for effective maintenance in order to reduce unexpected down time Maintenance intervals may be determined by the several approaches number of cycles in use number of hours in use type of joint torque an...

Reviews: