The Wilcoxon Sensing Technologies 786F series accelerometer is engineered for long-term, reliable operation in demanding industrial environments—including submerged conditions. It is constructed with durable 316L stainless steel and features a 1/4-28 UNF tapped hole for secure mounting, with an SF6 stud included for convenient installation. The series offers two cable options depending on the model: either a J9T2A, 16-foot blunt cut integral cable, or an integral shielded cable suitable for Class I, Div 2 hazardous locations.

The 786F is case isolated to reduce interference and has a sensitivity of 100mV/g with ±5% tolerance for accurate vibration measurement. It is manufactured in an ISO 9001 certified facility, ensuring consistent quality and compliance with industry standards for performance and durability.

Features

• Submersible design: Usable in submerged applications up to 30 ft, expanding use cases to wet or aquatic industrial environments
• 100psi pressure rating, durable enough to withstand moderate pressure conditions in industrial setups
• 80g peak acceleration range, suitable for measuring vibration in most industrial machinery
• 500g peak vibration limit and 5,000g peak shock limit, providing strong resistance to sudden impacts or excessive vibration
• Wide frequency response for comprehensive vibration detection:
  • ±10%: 1 to 8,000Hz
  • ±3 dB: 0.5 to 13,000Hz
• 30kHz resonance frequency, ensuring stable performance at high frequencies
• 100Ω max output impedance, enabling efficient transmission of vibration signals to monitoring equipment
• Hermetic sealing, preventing moisture, dust, or contaminants from entering the unit—critical for submerged and harsh environments
• PZT ceramic / shear sensing element, delivering reliable and consistent vibration signal collection for accurate measurements
• 16ft integral J9T2A Teflon-jacketed cable (for applicable models), offering chemical resistance and durability for long-term use
• Class I, Div 2 suitable cable option (for applicable models), enabling use in hazardous locations where explosive atmospheres may be present