Installation and Set-Up, Receiving And Handling

Installation and Set-Up

Receiving And Handling

After the machine has been uncrated, examine the case sealer 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.

Machine Set-Up

It is recommended that the case sealer be set-up and operated with product before placing it in the production line. This approach will allow your thorough review and familiarization with the 800af-s before subjecting it and operating personnel to a production situation where time for set-up, adjustments, and operator training usually becomes limited.

The following instructions are presented in the order recommended for setting up and installing the case sealer. Following them step by step will result in an installation in your production line that best utilizes the many features built into the case sealer. Refer to Figure 3-1 and 3-2 to identify the various components and controls of the machine.

For future reference, record machine serial number on front cover of this instruction manual in the space provided.

IMPORTANT – Read "Warnings" before attempting to set up the case sealer for operation.

1.Follow "Unpacking Instructions" label attached to corrugated packing cover.

2.Use appropriate material handling equipment to remove the machine from the pallet and move it into position.

Whenever the machine is lifted with a fork truck, insure that the forks span completely across the machine frame and do not contact any wiring or mechanism under the machine frame. In some cases the lower taping head may need to be removed to avoid damage.

WARNING

•To reduce the risk associated with muscle strain:

−Use the appropriate rigging and material handling equipment when lifting or repositioning this equipment

2.Remove and discard cable ties on upper head assembly.

3.Install the crank handle on the top of the left column, as shown in Figure 2-1A.

4.Install upper tape drum bracket on the top cross bar, as shown in Figure 2-1B.

5.Install the two infeed end guards. Attach the guards to the infeed end vertical masts, as shown in Figure 2-1C.

6.Raise upper head assembly (turn crank handle counterclockwise). Install the machine stops (from parts bag). Mount these stops as shown in Figure 2-1D using lowest hole position on brackets.

7.The lower tape drum bracket assembly is mounted on the lower head in the standard position. Ensure that the bracket assembly is mounted straight down, as shown in Figure 2-2A. The tape drum bracket assembly can be pivoted to provide clearance or for retrofit in certain cases.

Lower outboard tape roll mounting (alternate position) –

a.Remove lower taping head from machine.

b.Remove existing tape drum bracket from taping head and replace with bracket/roller assembly (shipped loose), Figure 2-2B. Replace taping head in machine.

c.Install tape drum bracket (removed from taping head) on exit end of machine lower frame as shown in Figure 2-2B.

800af-s specifications

The 3M 800AF-S is an advanced particle filter that is widely recognized for its efficiency and adaptability in various industrial and occupational settings. Designed to combat particulate contaminants in the workplace, this filter exemplifies 3M’s commitment to innovation and safety.

One of the key features of the 3M 800AF-S is its exceptional particle filtration capability. It is engineered to capture a wide range of airborne particles, including dust, pollen, mold spores, and even some bacteria and viruses, making it a vital tool for industries such as healthcare, construction, and manufacturing.

The filter utilizes a unique electrostatic media technology that enhances its particle capture efficiency. This technology allows the filter to attract and trap smaller particles that might otherwise pass through conventional filters. With a high filtration efficiency rating, the 3M 800AF-S ensures that users are protected from harmful respiratory hazards.

Another noteworthy characteristic of the 3M 800AF-S is its low breathing resistance. This feature is crucial for maintaining comfort during extended wear, particularly in environments where workers may be required to wear a respirator for long hours. The low breathing resistance is achieved through an optimized design that balances the filter’s density and porosity, ensuring airflow without compromising on safety.

The 3M 800AF-S is also compatible with a range of 3M respirators, providing versatility for users across various applications. The easy-to-use design allows for quick attachment and detachment, ensuring that the filter can be replaced efficiently and conveniently when needed.

Furthermore, the 3M 800AF-S is equipped with a durable outer layer that enhances its lifespan and performance in challenging environments. This durability ensures that the filter maintains its integrity even under rigorous use, which is particularly beneficial in industrial settings where exposure to harsh conditions is common.

In summary, the 3M 800AF-S stands out in the market due to its superior filtration efficiency, low breathing resistance, compatibility with various respirators, and robust construction. As industries continue to prioritize worker safety, filters like the 3M 800AF-S are essential for ensuring a safer and healthier working environment.