Technology From: ShockWatch

G-View Sensor

g-View monitors and records impacts during the transportation, storage, and usage of products and equipment at an affordable price point. The device provides an accurate record of the dates and times at which the user-defined g-force limit is exceeded on the X, Y, and Z axes. With the capacity to record data for 100 events per axis, the device alerts you whenever damage may have occurred, so you can respond promptly.

Key Features

• X, Y and Z impact thresholds that can be independently programmed for precise monitoring
• Sensors to record date, time, internal temperature, axis exceeded, and axis amplitude
• iButton^® for setup, resetting, and data transfer
• Self-contained unit design, free of cables and wires
• LED lights for visual notification of threshold breaches
• Simple programming interface

Technology From: ShockWatch

ShockLog 208

ShockLog 208 monitors and record impacts and environmental conditions experienced by any type of structure or equipment, whether it’s in use, in transit, or in storage. The device alerts you whenever damage may have occurred so you can respond promptly. ShockLog impact recorders help deter mishandling by increasing accountability at every step of the journey.

Key Features

• Record max peaks X, Y, and Z and internal temperature
• Field-proven triaxial piezoelectric accelerometer technology
• User-definable alarm levels
• LED lights for visual notification of alarms
• IP67-rated, RF-screened
• Self-contained unit design, free of cables and wires
• Temperature/humidity sensor can be built into unit

Technology From: ShockWatch

ShockLog 248

ShockLog 248 monitors and record impacts and environmental conditions experienced by any type of structure or equipment, whether it’s in use, in transit, or in storage. The device alerts you whenever damage may have occurred so you can respond promptly. ShockLog impact recorders help deter mishandling by increasing accountability at every step of the journey.

Key Features

• Record max peaks X, Y, and Z and internal temperature
• Record impact events
• Optional temperature/humidity sensor can be built into unit
• Field-proven triaxel piezoelectric accelerometer technology
• iButton^® and USB data transfer options
• Self-contained unit design, free of cables and wires
• User-definable alarm levels
• LED lights for visual notification of alarms and warnings
• Programmable wake-up values for maximizing battery life
• IP67-rated, RF-screened
• Show direction of impact—X, Y, and Z

Technology From: ShockWatch

ShockLog 298

ShockLog 298 monitors and records shock, vibration, and environmental conditions experienced by any type of structure or equipment, whether in use, in transit, or in storage. With the capacity to record data for 870 events and 262,000 time slots, the device alerts you whenever damage may have occurred so you can respond promptly.

Optional sensors extend the value of your ShockLog by providing more intelligence about your environmental journey:

• Tilt and Roll includes a record of tilt and roll data.
• GPS records GPS positioning for every event and summary interval.
• Radio Frequency (RF) allows you to transmit and receive information to an RF Base Station module attached to your PC.

Key Features

• Records impact events; max peaks X, Y, and Z; gRMS; and internal temperature
• Sensors record direction, amplitude, and duration of impact force
• Field-proven triaxial piezoelectric accelerometer technology
• USB and iButton^® data transfer options
• Self-contained unit design, free of cables and wires
• Programmable wake-up values for maximizing battery life
• User-definable warning and alarm levels
• LED lights for visual notification of alarms and warnings
• IP67-rated, RF-screened
• Up to 18 months of battery life
• Option to build temperature/humidity sensor into unit, or add a temperature/pressure/humidity accessory sensor
• Captures coordinates when event occurs at summary intervals with GPS (optional)
• GPS allows users, through hyperlinks, to pinpoint the exact location of an event and summary with the use of Google Maps (optional)