Installation

WARNING

•To reduce the risk associated with sharp blade hazards:

−Keep hands and fingers away from tape cutoff blades under orange blade guards. The blades are extremely sharp

Receiving And Handling

After the taping head assembly has been unpackaged, examine the unit for damage that might have occurred during transit. If damage is evident, file a damage claim immediately with the transportation company and also notify your 3M Representative.

Installation Guidelines

The taping head assembly can be used in converting existing or in custom made machinery.

It can be mounted for top taping or bottom taping. Refer to "Box Size Capacities," as well as Figure 2-1 in the Specifications section, for the following points in making such installations:

CAUTION

•To reduce the risk associated with muscle strain:

−Use proper body mechanics when removing or installing taping heads that are moderately heavy or may be considered awkward to lift

Important – Always conduct a hazard review to determine appropriate guarding requirements when the installation is in an application other than 3M-Matic™ equipment

1.The box conveying system must positively propel the box in a continuous motion, not exceeding 0.40 m/s [80 feet per minute], past the taping head assembly since the box motion actuates the taping mechanism.

2.If a pusher or cleated conveyor is being used, steps should be taken in the conveyor design to prevent the pusher from contacting the applying or buffing roller arms resulting in damage to the taping head.

3.Figure 2-1 illustrates the typical mounting relationship for opposing taping head assemblies to allow taping of box heights down to 90 mm [3- 1/2 inches]. To tape box heights down to 70 mm [2-3/4 inches], the taping heads must be completely staggered so only one tape seal is being applied at one time.

Note – AccuGlide™ 2+ Stainless Steel Upper Taping Head is supplied with a buffing arm guard. Adjustments to this guard may be required to install the taping head into some older design 3M- Matic™ case sealers.

4.Mounting studs are provided with the taping head, but special installations may require alternate means for mounting.

5.Box hold-down or guide skis should be provided and the taping head mounted so that the side plates are 6 mm [1/4 inch] maximum away from the ski surface on which the box rides.

Tape Leg Length

Taping heads are factory set to apply standard

70 mm [2-3/4 inch] tape legs. The heads can be converted to apply 50 mm [2 inch] tape legs if desired but both upper and lower heads must be set to apply the same tape leg length. See "Adjustments

–Changing Tape Leg Length From 70 to 50 mm [2-3/4 to 2 Inches]."

Also, the conveyor speed at which the product moves through the taping heads, affects the leading and trailing tape leg length. See "Adjustments section – Leading Tape Leg Length Adjustment."

Tape Width Adjustment

Taping heads are factory set to apply 48 mm [2 inch] wide tape. If it is necessary to align the tape or to apply narrower tapes, refer to "Adjustments – Tape Web Alignment" for set-up procedure.

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3M 10500 operating instructions Receiving And Handling, Installation Guidelines, Tape Leg Length, Tape Width Adjustment
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10500 specifications

The 3M 10500 is a robust and versatile product, widely recognized in various industries for its reliability and performance. Primarily, this offering is utilized in applications requiring high-quality adhesive solutions, primarily due to its exceptional bonding capabilities. The 3M 10500 is designed to meet the demands of diverse manufacturing processes, making it an indispensable tool for professionals in fields such as automotive, electronics, and construction.

One of the standout features of the 3M 10500 is its strong adhesion properties. It is engineered to create lasting bonds between a variety of substrates, including metals, plastics, and composites. This versatility ensures that it can be employed in both simple and complex projects, offering flexibility to users. The high initial tack of the adhesive allows for quick assembly, which can significantly enhance productivity and efficiency on the production line.

In terms of technology, the 3M 10500 incorporates advanced formulations that promote excellent performance under testing conditions. The adhesive exhibits outstanding temperature resistance, allowing it to function effectively in environments that subject materials to high heat or variable temperatures. This characteristic is especially critical for applications where thermal stability is paramount.

Moreover, the 3M 10500 is designed to be user-friendly, with easy application processes. It can be dispensed through various systems, making it suitable for automated processes as well as manual applications. This adaptability allows companies to optimize their production workflows, reducing downtime and minimizing waste.

Another essential characteristic of the 3M 10500 is its long-lasting durability. Once cured, the adhesive provides a strong bond that withstands mechanical stress, ensuring that applications maintain their integrity even under challenging conditions. This durability is particularly relevant in industries such as automotive manufacturing, where components are often subjected to dynamic loads and vibrations.

Overall, the 3M 10500 stands out in the marketplace due to its unmatched bond strength, temperature resilience, and user-friendly applications. Its advanced technology and robust characteristics make it a preferred choice for those seeking a reliable adhesive solution that can meet and exceed the demands of modern manufacturing processes.
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