Features
- 416 Stainless Steel
- Ferrous Material to attach Magnetic Bases
- 1/4-28 UNF Threaded Thru Hole
- Metric Options avaiblable (-M6 and -M8)
- For Adhesive or Stud Mounting Pad
- 1" Diameter (25.4 mm)
- 1/4" or 3/8" Thick (6.4 or 9.5 mm)
- Lip Around Base for Adhesive to Hold
STI's CMCP200M Series Magnetic Accelerometer Mounting Pads are used for glue (epoxy) mounting accelerometers to a prepared surface. Mounting pads are made from 416 stainless steel and are 1" (25.4 mm) in diameter and either 1/4" (6.4 mm) or 3/8" (9.5 mm) thick. 416 is a ferrous material which allows the user to attach a magnet to the pad. The pads themselves are not magnets.
The pads are lapped on one side to provide an ideal surface for accelerometer mounting. The pads are also provided with a 1/4" x 28 UNF tapped thru-hole for accelerometer mounting. The 1/4" thick version is recommended for low clearance installations or when using the combination epoxy and stud mounting method. The 3/8" thick version is recommended for installing side exit accelerometers.
CMCP200M-01 6.35 mm Thick (1/4"), 1/4-28 UNF Threaded Thru Hole
CMCP200M-02 9.5 mm Thick (3/8"), 1/4-28 UNF Threaded Thru Hole
Specify -M6 for Optional M6x1 Mounting Thread or -M8 for M8x1.25 Mounting Thread:
CMCP200M-01-M6 6.35 mm Thick (1/4"), M6x1 Threaded Thru Hole
CMCP200M-01-M6 6.35 mm Thick (1/4"), M6x1 Threaded Thru Hole
CMCP200M-02-M8 9.5 mm Thick (3/8"), M8x1.25 Threaded Thru Hole
CMCP200M-02-M8 9.5 mm Thick (3/8"), M8x1.25 Threaded Thru Hole
We are proud to introduce our CMCP200M Ferrous Accelerometer Mounting Pads, a prime example of STI Vibration Monitoring's dedication to excellence in vibration monitoring and machine protection systems. Since 1989, we have served our clients with nearly four decades of expertise, establishing ourselves as leaders in the industry. Our commitment to quality is underscored by our robust manufacturing processes in Texas and Nevada, ensuring that all products meet the highest standards. The CMCP200M pads provide a reliable, cost-effective alternative to traditional rack-based monitoring systems, making them an essential addition to our extensive lineup of innovative solutions tailored to meet diverse operational requirements.
