3-axis digital vibration sensors for alarm systems

Mounting Hardware Explained
The industrial accelerometer is the primary vibration sensor needed for rotating equipment utilizing rolling element bearings. The vibrations generated by the machine will be transmitted through the casing of the machine to the base of the accelerometer where the Piezo ceramic reacts with the mass in a shearing mode to produce a charge output. The charge is converted to a voltage and amplified internally in the accelerometer for measurement by the vibration analyzer, data collector, or online monitoring system.

Cable Assemblies Explained
Cable assemblies carry the signal from the sensor to your data collection equipment.

Should a cable assembly get damaged or break, the vibration analyst will receive erroneous data. As a result, CTC offers the widest variety of cabling and connector options on the market. Our wide variety of options allows the user to create a customized cordset based on specific application needs and environmental data.

Enclosures Explained
At CTC, we offer the widest variety of junction boxes in the world.

Our solutions allow for the monitoring of remotely mounted vibration sensors, which would otherwise be restricted to human access due to safety considerations. Junction boxes allow for the cabling of up to 48 permanently mounted sensors to be routed to one signle data collection point for ease of access, safety, and efficient data collection. Many CTC Junction Boxes also offer continuous output options for direct interface to online monitoring systems. Our enclosures are designed and built to last in the toughest indusrial environments, to ensure your data is reliable and protected.

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Product Description

Mounting Hardware Explained
The industrial accelerometer is the primary vibration sensor needed for rotating equipment utilizing rolling element bearings. The vibrations generated by the machine will be transmitted through the casing of the machine to the base of the accelerometer where the Piezo ceramic reacts with the mass in a shearing mode to produce a charge output. The charge is converted to a voltage and amplified internally in the accelerometer for measurement by the vibration analyzer, data collector, or online monitoring system.

Cable Assemblies Explained
Cable assemblies carry the signal from the sensor to your data collection equipment.

Should a cable assembly get damaged or break, the vibration analyst will receive erroneous data. As a result, CTC offers the widest variety of cabling and connector options on the market. Our wide variety of options allows the user to create a customized cordset based on specific application needs and environmental data.

Enclosures Explained
At CTC, we offer the widest variety of junction boxes in the world.

Our solutions allow for the monitoring of remotely mounted vibration sensors, which would otherwise be restricted to human access due to safety considerations. Junction boxes allow for the cabling of up to 48 permanently mounted sensors to be routed to one signle data collection point for ease of access, safety, and efficient data collection. Many CTC Junction Boxes also offer continuous output options for direct interface to online monitoring systems. Our enclosures are designed and built to last in the toughest indusrial environments, to ensure your data is reliable and protected.

Data Collection Instrumentation Explained

The final piece to a vibration monitoring system is the way in which data is analyzed and presented through either a portable data collection device or online monitoring system.

All CTC products are compatible with all standard condition monitoring software. For portable data collection devices, we offer the widest variety of Data Collection Connectors, so that you can configure your cordset for direct interface into your device for fast, efficient, and reliable data collection.

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