Huck AEROBOLT 10256 Скачать руководство пользователя страница 4

 

 

 

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When the Trigger is depressed (1), the Throttle Valve 
moves to the down position (2), and pressurized air is 
directed to the bottom of the Air Piston, causing it to 
move upward (3). The air above the Piston is 
exhausted and directed through the center of the 
Throttle Valve and out the bottom of the tool (4). The 
Air Piston has a Rod and a Hydraulic Piston attached. 
When the Air Piston rod moves upward, a column of 
pressurized hydraulic fluid is forced up (5) 
into the tool head, which moves the Pull Piston back (6). 
The attached nose assembly moves with the Pull Piston 
to start fastener installation. When fastener installation 
is completed, the Trigger is released (7). Air pressure, 
with the assistance of a Spring (8), causes the Throttle 
Valve to return to its up position (9). Pressurized air is 
re-directed to the top of the Air Piston, causing it, along 
with the Hydraulic Piston Rod, to move downward (10). 
The air from below the Air Piston is exhausted through 
the bottom of the tool (11). As this occurs, hydraulic 
pressure is reversed and the Pull Piston is returned 
forward (12). A return pressure relief valve protects the 
tool against pressure spikes. The reservoir replenishes 
the hydraulic system as needed. 

 

Specifications 

 
POWER SOURCE: 

110 psi MAX shop air 

HOSE KITS: 

Use only genuine HUCK Hose Kits 
rated @ 10,000 psi working 
pressure. 

HYDRAULIC FLUID: 

Hydraulic fluid shall meet 
DEXRON® 
III, DEXRON VI, MERCON, Allison C-
4 or equivalent ATF specifications. 
Fire resistant fluid may be used if 
it is an ester based fluid such as 
Quintolubric HFD or equivalent. 
Water based fluid shall NOT be 
used as serious damage to 
equipment will 
occur. 

WEIGHT:

 11.1 lbs (5.03 kg) 

MAX OPERATING TEMP: 

125°F (51.7°C) 

SPEED/CYCLES:

 30 per minute 

MAX FLOW RATE: 

22.4 scfm (634 l/m) 

MIN PULL CAPACITY: 

9986 lbs (44.42 kN) @ 90 psi 

MAX INLET PRESSURE: 

110 psi (6.2 bar) 

MIN STROKE: 

.875 inches (2.22 cm) 
.750 inches (1.91 cm) when used 
with 
Stroke Limiter 118362-1 
 

Where the following trade names are 
used in this manual, please note: 
DEXRON is a registered trademark of 
General Motors Corporation. Loctite is a 
registered trademark of Henkel 
Corporation, U.S.A. LUBRIPLATE is a 
registered trademark of Fiske Brothers 
Refining Co. MERCON is a registered 
trademark of Ford Motor Corp. Never-
Seez is a registered trademark of Bostik, 
Inc. Quintolubric is a registered 
trademark of Quaker Chemical Corp. Slic-
tite is a registered trademark of LA-CO 
Industries, Inc. Spirolox is a registered 
trademark of Smalley Steel Ring 
Company Teflon is a registered 
trademark of E. I. du Pont de Nemours 
and Company. Threadmate is a registered 
trademark of Parker Intangibles LLC. 
TRUARC is a trademark of TRUARC Co. 
LLC. Vibra-Tite is a registered trademark 
of ND Industries, Inc. USA. 

 

 

Содержание AEROBOLT 10256

Страница 1: ...asteners diameter sizes 7 9 mm 5 16 and 9 5 mm 3 8 The 10256 provides optimum stroke for one cycle installations concentric in line pull piston and a new front gland design allowing for easy piston re...

Страница 2: ...oidable 16 Do not abuse tool by dropping or using it as a hammer Never use hydraulic or air lines as a handle or to bend or pry the tool Reasonable care of installation tools by operators is an import...

Страница 3: ...roper controls is essential 2 Appropriate controls to reduce the risk may include actions such as damping materials to prevent workpiece from ringing 3 Use hearing protection in accordance with employ...

Страница 4: ...ir HOSE KITS Use only genuine HUCK Hose Kits rated 10 000 psi working pressure HYDRAULIC FLUID Hydraulic fluid shall meet DEXRON III DEXRON VI MERCON Allison C 4 or equivalent ATF specifications Fire...

Страница 5: ...Sticker and HUCK Trademark Sticker must be always in place and readable GENERAL 1 The efficiency and life of any tool depends upon proper maintenance Regular inspection and correction of minor problem...

Страница 6: ...trigger and tool will go into its return stroke The tool and nose assembly are ready for next fastener installation cycle Disassembly Procedure NOTE Disassemble only those components necessary to rep...

Страница 7: ...ch and hammer drive Trigger Pin from the Handle Remove Cable Pin Remove ball end of Cable from Throttle Arm Fig 11 and pull cable out of handle 16 Remove Reservoir Fill Plug from handle Fig 10 17 Fig...

Страница 8: ...ngs in place into cylinder 9 Assemble Trigger Cable and Cable Pin and slide Cable into Handle Align hole in Trigger with hole in Handle and install Trigger Pin with a hammer and punch 10 Slide Throttl...

Страница 9: ...ck the tool to free trapped air in the tool Do not allow the air to re enter the tool When cycling tool always hold bottle up as shown in Figure 10 to prevent drawing in air from empty part of bottle...

Страница 10: ...Page 10 of 12 Head Handle Components...

Страница 11: ...Page 11 of 12 Air Cylinder Components...

Страница 12: ...ed section e Reservoir Springs worn or damaged f Check for piston drift 3 Pintail stripped and or swaged collar not ejected a Check for broken or worn jaws in nose assembly refer to nose assembly data...

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