Products Catalog

Features:
• Field-proven reliability
• Intuitive touchscreen display
• Lowest total installed cost
• Real-time display of system data
• Battery-powered node (5+ year life) 
• Quick disconnect sensors
• Built-in control relays
• Remote access via email, text, and web             
• Continuous system self-check routines
• True multi-point ambient compensated setpoints
• User friendly slow-down test and documentation
• Scalable—add equipment without reprogramming
• Auto-speed calibration setpoints

Models: 
XS up to 4 pieces of equipment
XM up to 16 pieces of equipment
XL up to 32 pieces of equipment 


For years a large percentage of the expense of a hazard monitoring system has been the labor and material costs associated with the installation of conduit and wiring. Our field-proven HazardPRO™ Wireless Hazard Monitoring System was designed from the ground-up to provide turnkey, reliable, and consistent protection for your most valuable assets. Consistent operation is ensured with built-in tools such as self-diagnostics, transmission logging, and redundant radios providing you confidence that your critical processes are being monitored and logged at all times. As a truly integrated system built expressly for hazard monitoring, HazardPRO captures and displays key information in an intuitive format allowing the user to quickly and comprehensively understand the status of their processes. The simple but powerful interface will give you insight into your operations as you strive to maximize safety and facility runtime, while minimizing costs associated with unscheduled downtime and unplanned maintenance.

HazardPRO ambient temperature sensors connect directly to the HazardPRO transmitter node as an integral part of the hazard monitoring system. The user installs the sensor and connects it to the node, no user calibration is required.

Features:
• Direct connection to HazardPRO node
• Fixed cable with M12 connector included
• 2-wire (current loop type)
• Installs on machine surfaces
• Optional stainless steel jacketed cable
• Class II, Div 1, Groups E, F, G, Class III, Div 1

The ambient temperature sensor is used to measure the local surface temperature on each side of a machine. The temperature of the bearing and belt alignment blocks are compared to this local ambient temperature to determine if the machine is operating properly.

HazardPRO bearing temperature sensors connect directly to the HazardPRO transmitter node as an integral part of the hazard monitoring system. The user installs the sensor and connects it to the node, no user calibration is required.

Features:
• Direct connection to HazardPRO node
• Fixed cable with M12 connector included
• 2-wire (current loop type)
• Installs in bearing zerk or thermowell
• Probe lengths available 2", 4", 6", 10"
• Optional stainless steel jacketed cable
• Class II, Div 1, Groups E, F, G, Class III, Div 1

1/4" stainless steel probe is used with bearings, thermowells, and compression fitting mounts on tanks and piping. Available with or without compression fitting adapters.

HazardPRO belt alignment temperature sensors connect directly to the HazardPRO transmitter node as an integral part of the hazard monitoring system. The user installs the sensor and connects it to the node, no user calibration is required.

Features:
• Direct connection to HazardPRO node
• Fixed cable with M12 connector included
• 2-wire (current loop type)
• Installs in-line of belt travel
• Optional stainless steel jacketed cable
• Class II, Div 1, Groups E, F, G, Class III, Div 1

The belt alignment temperature sensor is mounted on the machine in a location such that if the belt moves to the inside of the casing, the brass sensor body will be contacted and the resulting temperature rise will be detected.

Features:
• Direct connection to HazardPRO node
• Fixed cable with M12 connector included
• 2-wire (current loop type)
• Installs using EZ 1 Mag bracket assembly
• Optional mounting magnet
• Optional stainless steel jacketed cable
• Class II, Div 1, Groups E, F, G, Class III, Div 1

The shaft RPM sensor is typically mounted to the tail shaft of the machine being monitored. The sensor is mounted in the EZ 1 Mag mounting bracket assembly, which attaches to the tail shaft with a 1/2"-13 UNC tapped hole.

Features:
• TCP/IP Modbus communication
• SPDT relay for each piece of equipment plus one for warning notification
• Controlled levels of authority
• Real-time information and live charting
• Redundant radios for error-free communication

Sizes:

Cabinet Dimensions: 24 x 24 x 10
• XS (Up to 4 pieces of equipment, 15" touchscreen)

Cabinet Dimensions: 30 x 30 x 10
• XM (Up to 16 pieces of equipment, 15" touchscreen)
• XL (Up to 32 pieces of equipment, 21" touchscreen)

Features:
• Transmit-on-change keeps data current 
• No external power
• 5+ year battery life
• Heartbeat transmissions verify reliable communication 
• Quick connect sensors for easy installation & equipment maintenance

The battery-powered I.S. HazardPRO Node is the sensor-input building block for HazardPRO Hazard Monitor Systems, providing intrinsically safe connections for 10 HazardPRO (and compatible) sensors (8 temperature, 1 shaft speed, 1 switch contact). Nodes power their sensors, acquire their signals and transmit to the HazardPRO System Manager via wireless (802.15.4) network.