8
8.0 MAJOR FEATURES AND COMPONENTS
8.1 Cutter Safety Guard
When fully closed and latched, the safety guard helps
prevent hand contact with the moving piston and blade.
See Figure 2.
1 2 3
Figure 2, Safety Guard with Inspection Window
Key:
1. Safety Guard
2. Inspection Window
3. Latch
The safety guard is manufactured from steel and
contains a clear polycarbonate inspection window. Two
screws secure the guard to the cutting head.
NOTICE:
WARNING
Failure to observe and comply with the
following precautions and instructions could result
in serious personal injury.
• Always close the safety guard before beginning the
cutting process. Cutting head must be shielded by
guard during cutter operation.
• Never operate cutter with safety guard open.
• Never open guard and reach into the cutting head
while cutter is operating. Guard must remain closed
until cutter is stopped.
• Before reaching inside the cutting head to clear
jams or for any other reason, always disconnect
cutter from AC power supply.
• Always reinstall safety guard after performing any
adjustments, maintenance or repairs. Never operate
the cutter with safety guard removed.
• Be certain that safety guard is in good condition
and secured by both screws. Replace guard if worn,
damaged or missing. Tighten or replace screws if
loose.
• Verify that safety guard latch operates properly and
is in good condition. Repair safety guard latch if
worn, corroded or damaged.
• Replace inspection window if it is damaged or if it
becomes scratched or difficult to see through.
6.0 SET-UP
6.1 Delivery and Handling
The cutter and various related items are housed inside a
plastic storage case. The cutter should be stored in this
case when not in use.
Place the cutter on a substantial and stable work
surface. The work surface must be of sufficient capacity
to support the weight of the cutter plus the additional
weight of the chain to be cut. Refer to Section 2.2 for
cutter weight.
6.2 Before Start-up
• Be sure that the shipment includes all components
and that there is no obvious damage.
• Read the following sections of this manual to become
familiar with cutter features and safety devices.
• Verify that the AC power supply is of the correct
specifications and capacity to power the cutter. Refer
to Section 7.0 of this manual for additional information.
NOTICE
Be sure that cutter piston is advanced as far
as possible before removing oil reservoir cap in the
next step.
Oil leakage and improper operation may
result if this instruction is not followed.
• Advance the piston as far as possible, disconnect AC
power cord and check the cutter hydraulic oil level.
Add oil if oil level is low. Refer to Section 10.5.2 for
detailed instructions.
• Before first use, remove air from the cutter hydraulic
system. Refer to procedure in Section 9.3.
7.0 POWER REQUIREMENTS
The cutter is available in two versions, each with different
electrical power requirements:
Model ECCE32B is designed for 120VAC, single-phase,
60 Hz power. This version contains a USA style NEMA
6-15 power plug.
Model ECCE32E is designed for 230VAC, single-phase
50 Hz power. This version contains a European style
“Schuko” power plug.
Before connecting electric power to tool, be certain that
the power supply is the proper voltage and Hz for the
cutter version that you are using. Refer to the cutter data
plate.
Also refer to Sections 1.3 and 1.4 of this manual for
important electrical safety information and precautions.
NOTICE:
WARNING
Failure to follow the electrical safety
precautions contained in Sections 1.3 and 1.4 of this
manual could result in electric shock. Death or
serious personal injury could occur.
Содержание ECCE32
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