Page 2
All fasteners, mounting holes and pipe threads on this tool are METRIC. All PushCorp, Inc. electrical cables are rated for high twist and flex robotic applications with a minimum cable bending radius specification of 125mm (5 in). Cable damage resulting from failure to abide by this specification will not be covered under warranty.
3001 W. Kingsley Rd. Garland, Texas 75041 Who receives this warranty (purchaser): The original purchaser (other than for purposes of resale) of the PushCorp, Inc. product What products are covered by this warranty: Any PushCorp, Inc. Adjustable Force Device or Adjustable Force Device accessory supplied or manufactured by the Warrantor.
Page 5
AFD82 Manual ORP, Responsibilities of the purchaser under this warranty: A. Deliver or ship the PushCorp, Inc. product or component to PushCorp, Inc. Service Center, Dallas, TX. Freight and insurance costs, if any, must be borne by the purchaser. B. Use reasonable care in the operation and maintenance of the product as described in the owner's manual(s).
This situation requires calculation of the regulator pressure based on the process equipment weight and AFD orientation. To monitor the Carriage position the AFD82 must be connected to a DC power source and an analog input device through a PushCorp high-flex cable.
Page 7
AFD82 Manual ORP, equipment, then the brackets must be removed and the problem corrected. PushCorp, Inc. can design and fabricate brackets to user supplied specifications as an option. Figure 1: Carriage bolt hole pattern The bolt pattern on the Carriage has been designed to facilitate process equipment installation.
Mounting Bracket is supplied. Adapter plates or "quick-change" attachments can be used as well for mounting. The AFD82 has (2) two 4mm dowel pins pressed into the base for location and alignment of the cover and Mounting Bracket.
The AFD80-1 and AFD80-2 are supplied with a standard Mounting Bracket shown in Figure 4. A minimum of (3) three holes should be utilized to secure the Mounting Bracket to the robot mounting flange. Figure 4: AFD80-1 and AFD80-2 Mounting Brackets Copyright PushCorp, Inc. 2001. All rights reserved...
(4) Four M8x1.25 Socket Head Cap Screws are used to attach the Mounting Bracket to the AFD82 force devices. Once the Mounting Bracket is removed, mounting holes may be placed anywhere within the crosshatched area shown in Figure 4.
Figure 6: AFD80-3 Mounting Bracket hole locations 3.3 Maximum Carriage Load Calculations The Linear Rail bearings that support the AFD82 Carriage have been selected to provide optimal performance with respect to capacity, size, and low friction. To ensure continued optimal performance it is very important not to overload these bearings. The following diagrams and associated equations are provided to check your application for excessive loading.
Page 12
AFD82 Manual ORP, Copyright PushCorp, Inc. 2001. All rights reserved...
The pneumatic supply system should be configured as shown in the Figure 7. Figure 7: Pneumatic configuration To apply force in the positive + direction, on an AFD81 or AFD82, a Supply Line must be connected to the + Supply Air Port. To apply force in the negative - direction, on an AFD82, a Supply Line must be connected to the - Supply Air Port.
AFD remains clear of foreign matter. A Purge Port on the AFD82 (See Figure 8.) provides a pneumatic connection to supply this air flow. The port accepts a metric R 1/8 tapered pneumatic fitting. PushCorp can provide fittings for english or metric tubing.
ORP, 4.0 Adjusting Carriage Preload The required preload on the AFD82 Linear Rails has been set at the factory for optimal performance and, in general, should not require field adjustment. However, there are situations that could arise that cause the Linear Rails to need adjustment. Often a loose, or tight, Carriage on a new AFD is indicative of an improperly designed process equipment bracket.
Page 16
5. After verifying that the Carriage no longer moves laterally, tighten the (2) two Movable Linear Rail M8x1.25 Socket Head Cap Screws on the Moveable Rail side to the torque specified in Section 6.0.. Copyright PushCorp, Inc. 2001. All rights reserved...
=Calibrated voltage at fully negative Carriage position ( V ), ( 0 inch, 0 mm ) = Calibrated voltage at fully positive Carriage position (V ), (1. 6 inch , 40 mm) Copyright PushCorp, Inc. 2001. All rights reserved...
Page 18
AFD82 Manual ORP, Figure 10: Electrical Connections Supply Voltage - The supply voltage input for the AFD82. The supply should be well regulated to +/- 10%. The load resistance is 3000 30%. The supply voltage should not exceed 24VDC. Supply Common - The supply common input for the AFD82. It should be connected to the common terminal for the supply as well as the analog common for the position signal.
D.C. offset errors. 6.0 Achieving Desired Force The AFD82 is a passive force device that requires the user to provide pressure to the pneumatic actuators. Pressure in the actuators results in an output force at the Carriage.
Page 20
) so, for every 1.0 psi (0.07 bar) of supply pressure the AFD applies 1.4 lbs (89 N/Bar) of force. This makes the AFD82 very easy to setup. To apply a 20 lbs. (89 N) force just set the supply pressure to 14.3 psi (1 Bar). This, however, does require the user to supply one (the AFD82 requires two) precision pressure regulator to accurately adjust the applied force.
Fastener Size in.-lbs. ft.-lbs. N·m M4 x .7 0.17 M5 x .8 0.21 M6 x 1 11.7 15.8 0.25 M8 x 1.25 29.0 39.3 0.33 M10 x 1.5 50.0 67.8 0.41 10.5 Copyright PushCorp, Inc. 2001. All rights reserved...
It is highly recommended to adhere to the preventative maintenance schedule in order help extend the longevity of the specified PushCorp, Inc. equipment. Failing to do so could cause a loss in functionality as well as a decrease in product life.
Need help?
Do you have a question about the AFD82 and is the answer not in the manual?
Questions and answers