Sand or clean the area, removing loose paint and oxidation.

Use degreaser or isopropyl alcohol to remove oils.

Dry completely with a clean cloth.

Spray Loctite SF 7387 on the area where the sensor will be attached.

Place a small amount of Loctite® AA 330 on the sensor’s base.

Avoid touching the adhesive nozzle to surfaces already activated.

Press the sensor onto the surface for 5 to 60 seconds.

On inclined or curved surfaces, maintain pressure for longer if necessary.

Full cure occurs in 24 hours.

Sand or clean where the Holder will be glued.

Apply degreaser/isopropyl alcohol and dry.

Remove the adhesive.

Attach the Holder to the asset, pressing it firmly for a few seconds until it adheres.

Spray Loctite SF 7387 inside the Holder.

Place Loctite® AA 330 on the sensor’s magnetic base.

Immediately after attaching, press the sensor into the Holder for 5 to 60 seconds. The advantage is not having to hold the sensor directly on the housing, as the Holder keeps it in position.

Full cure takes 24 hours.

If the surface is very cold (below ~77 °F), use a heat gun to raise it to about 86 °F – 95 °F.

Measure with a pyrometer if available.

Sand or clean where the Holder will be glued.

Use degreaser/isopropyl alcohol and dry.

Remove the adhesive.

Press it firmly onto the asset.

Spray Loctite SF 7387 inside the Holder.

Apply Loctite® AA 330 to the sensor base.

Immediately after applying the adhesive, press the sensor firmly into the Holder for 5 to 60 seconds.

Full cure takes 24 hours.

Use a punch and hammer to make a small crater on the surface where you want to install the sensor. This prevents the drill from slipping.

Using a ruler or tape, mark 7 mm on the 6.8 mm bit to control the depth.

Drill until you reach the 7 mm mark. Use a 6.8 mm diameter drill bit.

Ensure that the asset’s thickness is sufficient.

Run the M8x1.25 tap into the hole, turning one full turn clockwise and then half a turn counterclockwise to clear the shavings. Repeat until reaching 7 mm.

Use a brush or compressed air to remove chips and debris.

Clean the area again with degreaser or isopropyl alcohol and dry it.

Loosen the locknut using the two 13 mm wrenches:

Screw the M8x1.25 bolt of the sensor into the hole until it bottoms out, turning clockwise.

For fine orientation adjustment (aligning X, Y, Z axes), slightly turn the magnetic base counterclockwise.

If perfect alignment is not possible, consult the manual’s instructions.

With the sensor aligned, use a 13 mm wrench to tighten the sensor nut until it touches the surface of the asset.

Then, turn the nut approximately an additional 10° to ensure it’s secure.

Use a punch and hammer to make an initial mark where the sensor will be installed.

Use a ruler or adhesive tape to indicate 12 mm on the 8.5 mm drill bit.

Drill down to 12 mm depth.

Make sure the equipment’s housing is thick enough.

Run the M10 tap (could be M10x1.25 or M10x1.5, depending on your sensor) into the tap wrench.

Turn one full turn clockwise, then half a turn counterclockwise to expel shavings.

Repeat until the desired depth is reached.

Use a brush or compressed air to remove shavings.

Clean the surface with degreaser or isopropyl alcohol. Dry it well.

Apply Loctite AA 330 on the M10 thread and on the contact point with the asset.

Spray the SF 7387 activator on the asset before applying the adhesive, if indicated.

Use the 17 mm wrench to turn the M10 base of the sensor until it touches the asset’s surface.

Apply a slight torque of about an additional 25° turn, as indicated in the brochure.

Removal guide: If you need to remove the sensor in the future, use a 40 mm wrench on the sensor’s metal part, turning counterclockwise. The base will remain in place and can be reused later.

Sand or clean the area, removing rust and oils.

Apply degreaser/alcohol and dry well.

Attach the 3M™ DP8805NS cartridge to the applicator.

Attach the mixing nozzle.

Discard the initial portion of the adhesive to homogenize the mixture.

Place a layer on the Ultra sensor’s magnetic base.

Press for 5 to 60 seconds for initial fixing.

On curved surfaces, maintain additional pressure.

Full cure occurs in 24 hours.

Sand or clean the location where the Holder will be glued.

Apply degreaser/alcohol and dry.

Remove the Holder’s adhesive backing and press it onto the surface for 5 seconds.

Use the mixing nozzle, discarding the initial portion.

Apply 3M™ DP8805NS to the Ultra sensor’s base.

Press for 5 to 60 seconds. after application.

Total cure takes 24 hours, keeping the surface between 61 and 151 °F.

Sand and clean where the Holder will be glued.

Apply degreaser/alcohol, dry.

Check the surface temperature with the pyrometer and use a heat gun to reach about 77 °F - 89 °F.

Remove the Holder’s adhesive backing and press it onto the surface for 5 seconds.

Attach the mixing nozzle, discard the initial portion of the adhesive.

Deposit the adhesive on the Ultra base.

Press into the Holder for 5 to 60 seconds.

Keep the temperature above 61 °F during initial cure.

It takes 24 hours with minimal vibration and without abrupt temperature drops.

Use a punch and a hammer to create a small indentation on the surface where the sensor will be installed. This prevents the drill bit from slipping.

Using a ruler or tape, mark 12 mm (or 15/32”) on the drill bit to control the drilling depth.

Drill a hole 12 mm (or 15/32”) deep using a 6.8 mm (or 17/64”) drill bit, applying cutting fluid or cutting oil.

Run the M8x1.25 tap through the hole, turning it one full turn clockwise and then half a turn counterclockwise to remove metal shavings. Repeat this process until reaching 12 mm (or 15/32”) depth.

Use a brush or compressed air to remove shavings and debris.

Clean the area again with a degreaser or isopropyl alcohol and let it dry.

Using a 17 mm (or 11/16”) open-end wrench, loosen the magnetic base by turning it counterclockwise.

At the same time, use a 40 mm (or 1-9/16”) open-end wrench to turn the sensor clockwise.

Screw the sensor in completely by turning it clockwise. The bottom face of the sensor should make light contact with the surface of the asset.

Using the 40 mm (or 1-9/16”) open-end wrench on the metal part of the sensor, apply a final torque of 15 N·m (or 11 lb·ft) by rotating the sensor 10° clockwise.