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Milwaukee 9567, 9572, 9573, 9571, 9568, 9570, 9565, 9560, 9561 Chain Replacement with Chain in Hoist

Models: 9571 9566 9573 9561 9567 9560 9565 9570 9572 9562 9568

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Milwaukee Electric Tool Corporation

13135 West Lisbon Road

Brookfield, Wisconsin 53005

TEL: (800) 729-3878

CHAIN

Chain is to be kept clean and lubricated (See LUBRICATION, page 9). Visually check chain every time hoist is used. Hoist must not be operated when chain is twisted or kinked. An important phase of hoist maintenance is chain inspection. Check individual links and check for chain elongation.

1.Check the chain for overall wear or stretch by selecting an unworn, unstretched length of chain (at the slack end for example). Let the chain hang vertically with a light load (about 20 pounds) on the chain to pull it taut. Use a large caliper to measure the outside length of a convenient number of links (about 12"). Measure the same number of links in a used section of chain and calculate the percentage increase in length of the worn chain.

2.If the length of the worn chain is more than 1½% longer than the unused chain (0.015" per inch of chain measured), then the chain should be replaced. If the chain is worn less than 1½%, check it at several more places along its length. If any section is worn more than 1½%, the chain should be replaced.

The chain used on this hoist has very carefully controlled dimensions and has been heat treated. Do not attempt to substitute other manufacturer’s chain.

Spring

Guide Plate

Silver Nut

(Down)

Gold Nut (Up)

Figure 3 — Limit Switch Assembly

Chain Replacement with Chain in Hoist

Refer to Figures 3 & 4.

1.Run hook up to its top limit.

2.DISCONNECT HOIST FROM POWER SUPPLY and remove the electrical cover.

3.Using a screwdriver, pry the spring guide plate out of the slots in the limit switch nuts (See Figure 3). Turn the slotted nut nearest you, the gold nut, back to about the center of the threaded screw. Do not disconnect the wires from the limit switches.

4.Remove the load block assembly from the old chain. On double-chained hoists detach the chain from the chain support and pull it through the load block assembly (See Figure 4).

5.Make a “C” shaped chain link by grinding through the end link on the load end of the old chain.

6.Using the “C” link, attach the new chain to the load end of the old chain. Be sure that the welds of the upstanding links of the new chain will face outward from the load sheave.

The end links must be oriented for attachment to the dead- end screw and the chain support (double-chained only) without any twist in the chain.

Note Position

of Hook

Dead-End

Screw

TON

Slack End

TON

Load End

Double-chained

HoistSingle-chained

Hoist

Chain Support

Figure 4 — Chain Replacement Diagram

7.With the electrical cover off, connect the hoist to the power supply. Be sure that the green ground wire is properly grounded (See INSTALLATION, page 4).

8.Carefully jog the “UP” button and run the joined pieces of chain into the hoist until about 15" of the new chain comes out the other side.

9.DISCONNECT HOIST FROM POWER SUPPLY.

10.Remove the “C” link and the old chain. Remove the chain stop from the old chain by prying off its retaining ring with a flathead screwdriver. If attached, remove the old chain from the side of the hoist by removing the dead-end screw and washers (note placement of washers).

11.Attach the chain stop to the slack end of the new chain by capturing the 12th link with the two stop halves positioned with their tapered ends pointing towards the hoist. Slide the sleeve over the halves and attach the retaining ring. If you are not using a chain container, attach the slack end of the new chain to the side of the hoist using the dead-end screw and washers. With factory supplied hardware there should be six washers between the hoist and chain link and two washers between the chain link and screw head. DO NOT allow twists in the chain.

12.Adjust the lower limit switch (See ADJUSTING LOWER LIMIT, page 8).

13.Attach the bottom block on single-chained hoists using a new load block screw (See Figure 20). On double-chained hoists, feed the chain through the load block (welds of the upstanding links will be in towards the sheave) and fasten the end of the chain to the chain support using a new chain support pin (See Figure 20). Be sure there are no twists in the chain.

14.Adjust the upper limit switch (See ADJUSTING UPPER LIMIT, page 8).

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Milwaukee 9567, 9572, 9573, 9571, 9568, 9570, 9565, 9560, 9561, 9566, 9562 manual Chain Replacement with Chain in Hoist
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9571, 9566, 9573, 9561, 9567 specifications

Milwaukee has long been a leader in providing innovative tools and equipment, and the Milwaukee 9572, 9568, 9570, 9565, and 9560 are prime examples of their commitment to quality and performance. Each model comes with its own unique features and technologies that cater to the needs of professional tradespeople and DIY enthusiasts alike.

Starting with the Milwaukee 9572, this tool is designed for heavy-duty applications, offering exceptional power and reliability. It features an advanced motor that delivers high torque and faster speeds, making it ideal for drilling in tough materials. The 9572 model also includes an ergonomic design that reduces user fatigue, allowing for prolonged use without discomfort.

The Milwaukee 9568 focuses on versatility and precision. This model integrates a unique adjustable speed feature, enabling users to customize the tool's performance based on the specific task at hand. This adaptability ensures maximum efficiency, whether you are cutting, grinding, or polishing. Additionally, the 9568 is equipped with a dust control system that minimizes debris production, ensuring a cleaner workspace.

Meanwhile, the Milwaukee 9570 stands out with its robust construction and durability. Built to withstand harsh job site environments, this model features a reinforced housing and high-temperature resistant components. The 9570 also comes with built-in safety features, including an anti-restart protection circuit that prevents unintentional start-ups.

The Milwaukee 9565 model emphasizes user comfort and ease of use. It integrates vibration reduction technology that significantly decreases the amount of vibration felt by the user, making it easier to handle for extended periods. This feature is especially beneficial for tasks that require precision, such as chiseling or tight corner work. The 9565 also offers a tool-free accessory change system, allowing for quick transitions between tasks.

Finally, the Milwaukee 9560 serves as a compact and efficient alternative to larger models. It brings the power you expect from Milwaukee in a more portable package, making it perfect for those who need a reliable tool on the go. This model is equipped with a powerful battery system, providing extended run time and ensuring you can complete your tasks without frequent interruptions.

Overall, the Milwaukee 9572, 9568, 9570, 9565, and 9560 models showcase a blend of technological advancements and thoughtful design, ensuring that users have the best tools available to tackle a variety of projects effectively and efficiently.