Rod Clamps retain load on hydraulic power or pump failure.
March 20, 2008 -
Developed to provide power-off clamping of rods and shafts, AMLOK® Hydraulic Series RCH Rod Clamps are actuated by spring/collet mechanism and unclamped by hydraulic pressure. With ability to lock reciprocating motions only, units are designed to clamp components after motion has stopped and to hold position securely as long as forces do not exceed table values. Clamps consist of alloy steel housing containing special locking mechanism actuated by set of disc springs.
(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)
Original Press release
Advanced Machine & Engineering Co.
2500 Latham St.
Rockford, IL, 61103
USA
AMLOK® Cylinders Retain Load on Hydraulic Power or Pump Failure
The AMLOK® Hydraulic Series RCH Rod Clamp has been developed to provide power-off clamping of rods and shafts. The type RCH Rod Clamps are actuated by a spring/collet mechanism and unclamped by hydraulic pressure. These rod clamps are designed to clamp components after the motion has stopped and to hold the position securely as long as the forces do not exceed the table values. For braking and pneumatic applications, contact the factory.
The mountings of the RCH AMLOK® Rod Clamp have been designed to apply to standard heavy duty NFPA-style MF1 cylinders. The standard housing can be mounted to any machine structure or be custom-designed to suit your application.
Function:
The AMLOK® Rod Clamp consists of an alloy steel housing containing a special locking mechanism actuated by a set of disc springs. The clamp is unlocked when hydraulic pressure actuates a piston that compresses the disc springs, and releases the locking device.
Since the locking of the AMLOK® Rod Clamp is accomplished mechanically and unlocked by hydraulic pressure, loss of hydraulic pressure to the rod clamp will cause the unit to lock.
The holding force depends upon the rod diameter and the amount of hydraulic pressure (PSI) available for unclamping. The AMLOK® is preset at the factory to release at the specified hydraulic pressure. The available holding forces are listed in the chart and can be multiplied by adding additional AMLOK® clamps to the same rod. Also, special SITEMA Safety Catchers and Locking Units can be provided to suit your needs.
AMLOK® Rod Clamps are designed for locking reciprocating motions only. Special units are also available for both rotating and reciprocating motions.
Application Guidelines:
When attached to cylinders, longer cylinder rods must be specified. The AMLOK® Rod Clamp requires a full rod diameter for the entire length "L" of the clamp. Add a minimum of "L" length for a Rod Extension to allow for the length of the AMLOK®.
The contact surfaces and bores to which the AMLOK® is clamped must be square and concentric to each other to avoid binding of the rod or excess wear. AMLOK® Rod Clamps can be an integral part of your housing. We can provide mating components for your special applications.
The AMLOK® is designed for zero side loads. When side loads are acting on the cylinder rod, make sure that the rod is guided sufficiently in bearings to avoid side loads on the locking mechanism. This is especially important at higher cylinder rod speeds to avoid overheating the clamping device due to excessive friction with the rod.
Each AMLOK® Rod Clamp is tested by Advanced Machine. These test results are available upon request.
Please direct inquiries to
Kris Drennen,
Marketing Admin. Asst. at
Advanced Machine & Engineering
2500 Latham Street
Rockford, IL 61103
(815) 962-6076
kris@ame.com
www.ame.com
|
|
|
|
Newsletters |
Industry
Market Trends
Has Got It |
- Latest developments
- Trends
- Best practices
- Opinions & Commentary
|
 |
Get Ahead.
Get IMT.
Subscribe Free Today
Subscribe View
Sample |
Your Gateway to a Fast
Changing World
Product News Alerts |
 |
Receive similar stories and other customized
news to keep you in the know on the products shaping
industry. |
Subscribe Free Today
Subscribe View
Sample |
|
|
|
|
|
|
|
|
|
| 
