- Enables early detection of corrosive gases in the environment & reduces unexpected maintenance and device downtime
- Provides continuous, real-time monitoring of corrosion activity
- Helps minimize hardware failure rates by identifying risks early and avoiding failure to meet warranty requirements on high-tech instruments/devices (e.g. Nvidia AI training system)
- Supports predictive maintenance strategies for air filtration and handling systems
Device Overview
Device Overview
Micro SD Card Slot
Modbus (RS-485) Port
DC Power Jack
Status LED
Corrosion Sensors Port
Micro SD Card Slot
Modbus (RS-485) Port
DC Power Jack
Status LED
Corrosion Sensors Port
Features
Features
Display
It is equipped with a 5" LCD high-resolution display. Silver and copper corrosion, temperature, humidity and pressure are plotted at different time intervals. In addition, layer deposition thickness and cumulative and incremental corrosion following ISA standards are available for display.
Alarms
Alarms can be configured individually for each variable, offering customizable HIGH and LOW threshold settings. This flexibility enables precise monitoring and personalized alert management, ensuring users receive timely notifications tailored to their specific operational needs and safety requirements.
Output
The Monitor features Modbus (RS485) connectivity for seamless communication with primary control systems, alongside real-time data transmission via an 8-channel 4-20mA analogue signal through a plug-and-play junction box. Data is securely stored on an SD card in easily transferable .CSV format
Sensor
A silver-copper sensor operating at 6.000 MHz precisely measures frequency deviations under 1 Hz to assess corrosion. It displays corrosion severity per ISA 71.04-2013 standards, presenting range levels G1 through GX on the main interface and as a graphical plot.
Power Supply
Delivers stable, regulated power with wide voltage input support, ensuring reliable performance of the monitor and sensors. Built-in protection against overvoltage, overcurrent, and short circuits guarantees safe and continuous operation.
|
Class
|
Severity Levels
|
Copper Reactivity (Å)
|
Silver Reactivity (Å)
|
Descriptions
|
|---|---|---|---|---|
|
G1
|
Mild
|
<300
|
<200
|
Corrosion is not a factor in determining equipment reliability.
|
|
G2
|
Moderate
|
<1,000
|
<1,000
|
Corrosion effects are measurable, and corrosion may not be a factor, ENIC and ImmAg PCB surface finish failures.
|
|
G3
|
Harsh
|
<2,000
|
<2,000
|
High probability that a corrosive attack will occur. OSP and ImSn PCB surface finish failures.
|
|
GX
|
Severe
|
≧2,000
|
≧2,000
|
Only specially designed and packaged equipment to survive.
|
ANGSTROM
- Enables early detection of corrosive gases in the environment & reduces unexpected maintenance and device downtime
- Provides continuous, real-time monitoring of corrosion activity
- Helps minimize hardware failure rates by identifying risks early and avoiding failure to meet warranty requirements on high-tech instruments/devices (e.g. Nvidia AI training system)
- Supports predictive maintenance strategies for air filtration and handling systems
