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Product FAQs

Why a Toggle Press?

AIM Joraco TOGGLE-AIRE® presses combine the mechanical advantages of levers and toggles.  The ram force they generate builds as they reach the bottom of their stroke and effects a powerful shockless squeeze regardless of ram speed.  Forces produced don't rely on impact.  With an AIM Joraco 3 Ton press this power is over 300% greater than with a straight cylinder press of comparable size yet only 58% of the air is needed.  The stroke is also very precise with a ± .001" repeatability.  All this in a compact size, with the largest of our presses fitting on a 12" x 18" mounting area.

Why a Pneumatic Press?

AIM Joraco TOGGLE-AIRE® presses use fully pneumatic circuitry.  One connection to an air-line is all you need.  No clutches or brakes, no pumps, fluids or messy leaks associated with hydraulic or mechanical presses.  None of the hazards of electrical controls like shocks or sparks.  And pneumatic valving systems are completely compatible with any other equipment you may be using.  This flexibility plus their high power and quick response make them more suitable for today's applications than older straight cylinder presses.

HOW TO CALCULATE FORCE FOR PUNCHING OPERATIONS:

DIAMETER OF HOLE * 3.14 * THICKNESS*KSI(MATERIAL STRENGTH) =  LBS FORCE

You will then need to refer to press force charts (found with each  press model), for press based on material thicknesss to determine correct model 

What are the ways that TOGGLE-AIRE® presses can be controlled?

 

1. BEM Impulse Mode.

In operation, this control method requires momentary actuation of the Synchro-Sig two hand unit to initiate the press cycle.  Once the press has been activated the ram will descend until it reaches the bottom of the stroke where the linkage stops against a positive stop before the press will reverse.  The ram will not return up until it reaches maximum strength and travel.  The BEM Impulse mode of operation insures a very accurate stroke and helps guard against inattention of the operator, loss of air pressure, improper loading etc., and maintains the quality of the work being performed.  Repeatability in this mode is plus or minus .001"

 

2. CSR-G2 (Constant Signal Required Mode, Version 2)

This optional method of control requires that the operator's hands be held down on the SS-actuator for the full duration of the down stroke of the press.  If one or both hands are removed before the press ram reaches bottom the ram will instantly reverse and return to the top of the stroke and await a new signal from the two hand unit.  Once the ram has bottomed, it will automatically reverse.  This method of operation is especially useful in applications requiring slow ram speeds or special loading considerations.

 

3. SAR Stall Activated Reverse.
In this method of control the press ram reverses automatically as soon as it stalls, regardless of its position relative to the bottom of the stroke.  It is quite useful in coping with tolerance variations of parts to be assembled, die castings, etc., as the ram does not have to reach absolute bottom before it will retract.  it is important to remember that this can be used only if you have established that the press will have enough power to do the job in question throughout the full range of your parts, that is, both ends of the tolerances.  See the RAM FORCE tables for each model to determine how much power you will have at your disposal.  The SAR Stall Activated Reverse Mode is also very useful in delicate jobs.  By playing the air supply pressure against the depth setting of your tools you can, in effect, reverse the press when a desired maximum force has been developed and create a very delicate stroke which will not damage fragile parts, etc.

 

4. CSR (Constant Signal Required)
This standard method of control for our Direct-Aire presses means the ram stays down as long as the operator keeps their hands on the controller. Once removed it retracts. 

 

What is the SV- Tooling Set-Up Valve and what purpose does it serve?  

The Set-Up Valve is the small toggle switch feature located at the back of Direct-Aire presses - when flipped on, it activates and holds the ram to the down position.  When flipped off - ram returns up.  This feature is used for setting tooling to the proper depth more value added when combined with Adjustable Hard Stop option.

 

What is the NR- Non Rotating Ram and what purpose does it serve? 

In Direct Air Presses- just as your older units, the piston is free to rotate inside the cylinder unless there is a mechanism designed  to stop possible rotation of the ram.  In some applications it's not a concern - such as having a simple flat on the ram that is used to press fit components - in such application the ram rotation has no impact on the operation - however, if an application was to punch a shape such as a square - you would not want rotation to occur as it would destroy the tooling and offer inferior quality parts.

 

What is the FRL– Filter, Regulator Lubricator?

The FRL is an essential component to long trouble free operation of any pneumatically operated device.  The FRL cleans the air and supplies lubrication to the internals of the valving and seals, as well as offering adjustability of pressure.  This is offered as an option since facilities/ operation managers have a preference on how they maintain their air supply systems - dryers, condensers, FRL, etc.

 

When do I need the ASH- Adjustable Hard Stop option?

The ASH (Adjustable Hard Stop) is an optional featured offered with our Direct-Aire press series. You may be able to perform your operations without this feature by simply placing stop blocks(block of steel) between the ram and bottom plate to stop the ram from entering too deep into your parts.  Our ASH utilizes a common piston shaft with a ram protruding from the top with an adjustable collar for depth setting.