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Mec 8567 Grabber - User Manual

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SHOTSHELL
RELOADING
WITH
THE
Model
8567
Grabber
Mayville
Engineering
Company,
foremost
manufacturer
of
reloading
equipment
in
America,
is
widely
respected
for
its
continuing
dedication
to
precision
engineering.
This
precision
is
incorporated
into
every
one
of
MEC’s
“New
Generation”
reloaders
rendering
truly
innovative
and
efficient
engineering
designs.
The
MEC
Model
8567
Grabber
is
no
exception.
It
is
the
latest
in
our
line
of
progressive
machines.
The
Model
8567
Grabber
allows
you
to
resize
any
high
or
low
brass
shells
manufactured
in
the
U.S.A.
It
can
be
con¬
verted
to
reload
3"
and
will
reload
steel
shot.
To
convert
to
3”
(12
&
20
ga.
ONLY),
Kit
No.
8582
is
necessary.
REFER
TO
INSTRUCTION
SHEET
EN¬
CLOSED
IN
KIT.
This
reloader
will
allow
you
to
reload
with
steel
shot.
To
convert
to
steel
shot,
Kit
No.
8581
is
necessary.
However,
if
you
already
have
a
3”
kit,
you
need
only
order
our
single
stage
steel
shot
adaptor
Kit
No.
8433.
If
you
do
not
have
our
3”
kit,
it
is
necessary
to
order
progressive
steel
shot
Kit.
No.
8581.
A
special
steel
shot
charge
bar
must
be
used
when
loading
steel
shot.
Do
not
use
charge
bars
de¬
signed
for
lead
shot
when
loading
steel
shotshells.
Common
sense
precautions
are
advised.
Care¬
less
handling
of
flammables
and
explosives
can
result
in
serious
injury.
We
endorse
check¬
ing
charges
with
a
reliable
scale
which
will
disclose
variations
in
powder
weights.
Adher¬
ing
to
loads
recommended
by
the
powder
manufacturer
is
a
must
and
the
use
of
safety
glasses
is
strongly
encouraged.
We
dis¬
claim
any
liability
for
damage
or
injury
result¬
ing
from
reloading
shotshells.
We
disclaim
any
liability
resulting
from
the
use
of
any
parts
or
accessories
not
manufactured
or
recommended
by
MEC.
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Overview

The MEC Model 8567 Grabber is a shotshell reloading machine designed for efficient and precise reloading of shotgun shells. It is a progressive reloader, meaning it performs multiple operations simultaneously at different stations as the shell moves through the machine.

Function Description

The primary function of the MEC 8567 Grabber is to reload spent shotgun shells, transforming them into new, usable ammunition. This process involves several steps:

  1. Depriming: Removing the spent primer from the shell.
  2. Resizing: Reshaping the brass base of the shell to ensure proper fit in a shotgun chamber.
  3. Priming: Inserting a new primer into the shell.
  4. Powder Charging: Dispensing a precise amount of gunpowder into the shell.
  5. Wad Insertion: Placing a plastic wad (which separates the powder from the shot and helps seal the gas) into the shell.
  6. Shot Charging: Dispensing a precise amount of shot (pellets) into the shell.
  7. Crimping: Sealing the open end of the shell, typically with a 6 or 8 point crimp, to hold the components in place.

The Grabber is designed for continuous operation, allowing users to produce a high volume of reloaded shells quickly. Its progressive nature means that with each pull of the operating handle, a finished shell is produced, while other shells are simultaneously advanced to the next stage of the reloading process.

Important Technical Specifications

  • Model: 8567 Grabber
  • Gauge Compatibility: The machine is available in various gauges, including 10, 12, 16, 20, 28 gauge, and .410 bore. The specific kit (e.g., Kit No. 8582 for 12 & 20 ga. ONLY) determines the gauges it can reload. Conversion kits are available to change gauges.
  • Steel Shot Compatibility: The Grabber can be set up to reload steel shot. A special steel shot charge bar must be used, and users are advised to consult the instruction sheet for specific kit numbers (e.g., Kit No. 8581 for 12 ga. steel shot). For 3" steel shot, a single stage steel shot adaptor kit (Kit No. 8433) is needed.
  • Crimp Type: Capable of producing 6 or 8 point crimps. The crimp starter can be adjusted to achieve the desired crimp type.
  • Powder and Shot Dispensers: Equipped with adjustable charge bars for precise measurement of powder and shot. These bars are interchangeable to accommodate different loads.
  • Construction: Features a robust design with components made from durable materials like brass and steel to withstand the stresses of reloading.

Usage Features

  • Progressive Reloading: The key feature, allowing for rapid production of reloaded shells. The machine performs multiple operations concurrently, making it highly efficient for high-volume reloaders.
  • Automatic Sequence: The machine operates through a series of automatic steps, from depriming to final crimping, with each pull of the handle.
  • Adjustability:
    • Charge Bar Adjustment: The charge bar can be adjusted to fine-tune powder and shot charges. Different bushings and charge bars are available for various load specifications.
    • Crimp Adjustment: The crimp starter and final crimp stations are adjustable to achieve a perfect crimp, ensuring the shell is properly sealed and functions reliably.
    • Collet Resizer Adjustment: The collet resizer can be adjusted to ensure the brass base of the shell is perfectly resized for proper chambering.
    • Wad Guide Adjustment: The wad guide screw allows for adjustment of wad pressure, which is crucial for consistent ballistic performance.
  • Easy Component Loading: Designed with accessible hoppers for primers, powder, and shot, making it easy to replenish components during operation.
  • Safety Features: Includes mechanisms to prevent common reloading errors, such as double powder charges (though careful attention from the user is always required). The manual emphasizes the importance of using recommended components and following safety guidelines to prevent serious injury or damage.
  • Visual Indicators: Some models or setups may include visual indicators for powder and wad pressure, aiding in consistent reloading.

Maintenance Features

  • Lubrication Points: The manual specifies various lubrication points (e.g., pivot pins, scissor linkage, charge bar, shell lifter) that require regular lubrication with heavy oil to ensure smooth operation and prevent wear.
  • Cleaning: Regular cleaning of components, especially the powder and shot measures, is essential to prevent buildup and ensure accurate charges. The powder funnel and wad guide should be kept clean.
  • Component Replacement: Parts like the primer spring, index ball, and various bushings may wear out over time and are designed to be replaceable.
  • Troubleshooting Guide: The manual includes a comprehensive troubleshooting section to help users identify and resolve common issues such as oversize shells, short wads, poor crimps, powder leaks, and primer problems.
  • Disassembly and Reassembly: Instructions are provided for disassembling and reassembling key components for cleaning, maintenance, or part replacement. For example, the charge bar can be removed for cleaning.
  • Spring Maintenance: Various springs (e.g., bar return spring, index spring, primer feed spring) are critical for the machine's operation and should be checked for proper function and replaced if worn.
  • Collet Maintenance: The collet resizer requires periodic cleaning and lubrication to ensure it functions effectively in resizing the shell base.
  • Primer Catcher: The machine includes a primer catcher to collect spent primers, simplifying cleanup.

The MEC 8567 Grabber is a sophisticated tool for serious reloaders, offering a blend of speed, precision, and durability, provided it is properly set up, operated, and maintained according to the manufacturer's guidelines.

Mec 8567 Grabber Specifications

General IconGeneral
BrandMec
Model8567 Grabber
CategoryIndustrial Equipment
LanguageEnglish

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