Hastings 6600 Operating instructions

HASTINGS
Load Pick Up Tool Manual
Model 6600 Model 6605
Operating and
Maintenance Manual
Manual part number P31086
Revision
7

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HASTINGS L OAD PICKUP TOOL
Operating and Maintenance
Manual
Hastings Fiber Glass Products, Inc.
1301 W. Green St., P.O. Box 218
Hastings, MI 49058
Phone [phone] • Fax [phone]
Email –[e-mail]

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Table of Contents
Specifications 3
Chapter 1 Basic Operations 4
Chapter 2 Care & Maintenance 7
Chapter 3 Testing 8
Chapter 4 Lower Contact 9
Chapter 5 Trigger Mechanism 10
Chapter 6 Upper Contact 11
Chapter 7 Parts List 13

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Specifications
The following specifications apply to the Hastings Model 6600 and Model
6605:
Voltage Rating 27kV Nominal, 29.2 kV Maximum*
Current Rating 300 Amps*
Minimum Conductor Size #6 AWG
Maximum Conductor Size 1 ¼”diameter
*While the maximum rating for the Model 6600 and Model 6605
is stated above, the actual rating will be based on the lowest rating
of any component used with the Load Pickup tool. If you use
15kV jumper cable, the entire assembly will be rated at 15kV. If
you use less than a 2/0 cable, the current rating will be reduced
accordingly.

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Chapter 1
Basic Operations
Catalog Number 6600 and 6605
WARNING This unit is designed for
use on high voltage systems. It must be properly
assembled and maintained to provide adequate worker
safety. Only trained individuals, willing to take the
responsibility for the quality of this tool should assemble
or use this tool! Any misuse or improper maintenance of
this tool could result in serious injury or death!
This manual covers the assembly and operation of both the Model 6600 and Model 6605 load
pickup tool. The Model 6600 has the ability to accept a jumper cable ferrule, while the Model
6605 has a stud to accept a jumper clamp. The upper portions of these two tools are identical.
Cable Installation (for Model 6600 only)
To install a jumper cable in Model 6600, use the following procedure. First, the unit should be
cocked, or at least have the contact rod withdrawn far enough to clear the lower contact. (For
information on cocking the tool, see the paragraph on cockingon page 6.) Remove the two
screws holding the red hand guard in place, using a ¼ inch slotted screwdriver. (See Fig. 1)
After the screws are removed, the two halves of the red hand guard can be pulled away from
the clear housing. Be careful not to damage or trip the operating mechanism by moving the
hand guard a long distance. It only has to move away from the housing far enough for the
locking pins to be free of the lower contact assembly. (See Fig. 2) If the lower contact
assembly doesn’t slide freelyout of the housing, a light shaking should be sufficient to cause it
to slide free of the housing.

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Fig. 1 Fig. 2
Fig. 3
The jumper cable should have a tin plated copper threaded ferrule termination on the end to be
connected to theload pickup tool. Place the lock washer between the nut and the lower contact
assembly and thread the ferrule into the lower contact assemblyits full length. The flat side of
the ferrule must align with the setscrew in the lower contact assembly. (See Fig. 3) Turn the
ferrule as necessary to align the flat with the setscrew. Tighten the setscrew with a 5/32” hex
wrench. Lock the ferrule in place with the ferrules lock nut and washer, using a 13/16” and a 1
¼” wrench.
Insert the lower contact assembly with cable into the clear tube using the jumper cable to push
the contact back in place. The groove in the lower contact assembly must align with the pin
holes under the hand guards. Once aligned, install the hand guards back in place locking the
lower contact assemblyin place with the pins. Visually check to make sure the pins in the hand
guard are in the groove of the contact assembly. It is possible to incorrectly assemble the tool
with the pins in the area of the wrench flats. This incorrect assemblywill prevent the tool from
working properly. Insert the screws in the hand guard and tighten.

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Prior to use
Inspect the tool for anydamage and for anyloose or missingparts. There should be no cracks
in the clear tube or any other part of the tool. There should be no visible metal flash or
contamination on the inside or outside of the tool. The cable attached to the tool and the
clamp on the opposite end should be secure and in good working order. The tool should be
capable of being cocked and tripped without undue force or roughness of operation.
Cocking
The safety latch should be in the upper, or locked position prior to cocking. (See Fig. 6) This
can be accomplished by pushing the safety upwards, or bypulling on the lanyard. To cock the
load pickup tool, it must be removed from the conductor. Remove the cocking tool from its
holder. (See Fig. 4)
Fig. 4 Fig. 5
Push the cocking tool all the wayinto the load pickup tool until it makes contact with the
internal assembly. While turningthe cocking tool clockwise continue to keep light pressure
on the cocking tool. (See Fig. 5) This will engage the cocking tool with the internal assembly.
If you see the contact rod rotating in the housing, you have already engaged the assembly.
Continuing to turn slightly while pulling will aid in breaking the contacts internally. Continue
to pull the cocking tool until the contact has latched in the fully open position and the tool can
be pulled no further. Release the pulling pressure on the cocking tool and rotate it slightly
counter clockwise to release it from the internal assembly. Remove the cocking tool
completely and replace it back in its storage positionin the aluminum clamp casting. Damage
to the internal assemblywill occur if the cocking tool is not removed prior to tripping. The
load pickup tool is now cocked. The contacts can be seen to be visuallyopen, through the
clear tube.
Installation
Wheninstallingtheload pickuptool,itisrecommendedtoattachtheoppositeendofthe jumper
to the de-energized line first. Unless the de-energized line is grounded, the jumper must now
be considered and handled as energized. The load pickup tool should then be attached to the
energized conductor using either rubber gloves or a shotgun stick. The energized conductor
must be secure enough to support both the weight of the load pickup tool as well as withstand

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the pull that will be applied to the lanyard during the operation of the tool. Both ends must be
securely attached and the de-energized line must have all grounds removed prior to operating
the load pickup tool.
Tripping
Once all of your company’s operating procedures for energizing a line have been completed,
the tool can be operated. Using an insulated stick or rubber gloves, the safety latch must be
pulled to its lower position, which will place the unit in the firing position. (See Fig. 6 & 7)
Locked Position Firing Position
Fig. 6 Fig. 7
Any downward motion of the operating rod from this point onmayoperate the load pickup
tool. It is recommended that either a hot stick be used to pull on the operating lanyard, or that
a rope be attached to the end of the lanyard so that the operator be can positioned away from
the load pickup tool prior to operating it. Once the operator is in a safe position, the lanyard
should be pulled firmly to operate the load pickup tool.
If the lanyard is not pulled far enough to trip the Load Pickup tool, the safety latch may re-
engage, preventingit from tripping with another pullon the lanyard. Should this happen, it will
benecessaryto repeat the step of moving the safetylatch to its lower position before attempting
to operate the Load Pickup tool again.
There should be no attempt to remove the load pickup tool unless the tool has been bypassed
with other equipment or the line has been de-energized. There are no provisions on the load
pickup tool to break the load. Regardless of which clamp is removed first, both clamps and
cable will still be energized and must be handled according to standard operating procedures.
Chapter 2
Care & Maintenance
ItmaybecomenecessarytodisassembletheLoadPickuptooltocompleteathoroughinspection
of the tool or to make necessaryrepairs.

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Inspect the contact rod to make sure there is no pitting in the contact area.
Inspect the clear tube to make sure there is no contamination on the inside or outside.
Inspect the contacts to make sure there is no pitting on the contact itself, or on the housing that
would interfere with the contact rod.
Inspect the safety mechanism (including the spring plungers) for smooth, positive operation.
Inspect the unit for smooth operation of the lanyard and correct operation of the safety
mechanism.
Inspect the internal contact rod for smooth operation.
Inspect the lanyard for any cuts or nicks.
Inspect the eye-screw of the clamp for smooth operation.
Donotuseacetoneorchlorinatedsolventsfor cleaningplasticparts. IsopropylAlcohol,VM&P
naphtha, turpentine, or soap and water can be used.
The tool should always be stored in the “tripped” condition to remove long term stress from the
spring.
Chapter 3
Testing
Testing the Load Pickup Tool
To insure that your Hastings Load Pickup tool is in proper working order, theunit can betested
using the Hastings Ground/Jumper Assembly Tester, Catalog number 6714.
Attach the jumper assembly to the Load Pickup tool by securing a jumper clamp to the stud
(model 6605) or a cable to the threaded cable ferrule termination (model 6600). The jumper
clamp on theopposite end of the cable and the Load Pickup tool can now be securely tightened
onto opposite ends of the copper test bar of the tester.
Forproperinstructionsofthetester,refertoinstructionsP15094thatareincludedwiththetester.
When measuringthecablelength,measuretothebottom ofthe redhandguard. Select theinput
voltage from the correct cable chart supplied with the tester. The voltage input is determined
by the cable size and length. To include the Load Pickup tool, an additional voltage must be
added to the input voltage. An additional voltage of 3.5 is added for model 6600, and 5.0 volts
for model 6605. Note that the Load Pickup tool must be in the fired position to complete the
circuit.

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Chapter 4
Lower Contact
Disassembly of lower contact
The load pickup tool should not be cocked prior to disassembly. Remove screws from red
hand guard; pull the hand guard halves apart until holding pins exit the clear tube. (See Fig. 1
& 2) On model with the cable attached, pull cable and bottom assembly will come out of the
clear tube. (See Fig. 8)
Fig. 8
On the model with the stud, use the cocking tool to pull the contact rod from the lower contact
assembly. It is not necessaryto completely cock the tool, just pull back on thecocking tool far
enough to allow the contact rod to clear the lower contact assembly. Loosen setscrew in the
lower contact housing with a 5/32” hex wrench and then remove the threaded stud by turning
counter clockwise with a wrench on the nut. Hold the unit upright and shake, the contact
assemblyshould come out of the tube, if not, use a screwdriver to pry with through the hole in
the tube where the threaded stud was removed.
The lower bushing holder that contains the contacts can be removed by using a 1” and a 1 ¼”
wrench. Turn counter clockwise to loosen and remove the lower bushing. For field
replacement of the contact, the contact bushingmust be replaced with one from the factory
with the contact already installed.
On the model with the cable installed, the cable does not have to be removed. If the cable is to
be removed, loosen the setscrew that secures the threads of the ferrule. Use a 13/16” and a 1
¼” wrench to loosen the locknut. Unscrew the ferrule from the bushing holder.
Assembly of lower contact
Install lower bushing into the lower bushing holder and tighten with a 1” and 1 ¼” wrench.
On the model with requiring a ferrule with cable, install the lock washer between the nut and
the lower contact assembly, then thread the ferrule into the bushingholder fully and align the