Real-time Atmospheric Corrosion SensorANSI/ISA 71.04-2013 monitoring for mission critical
using high grade Sterling Silver (purity 999)
ANSI/ISA 71.04-2013 monitoring for mission critical
using high grade Sterling Silver (purity 999)
using high grade Sterling Silver (purity 999)
key sensor features
Advanced Plug & Play Corrosion Sensor for Real-Time Monitoring in Mission-Critical Environments
Experience unmatched reliability with our cutting-edge, non-intrusive corrosion sensor designed for continuous, real-time corrosion monitoring in mission-critical applications. Our corrosion sensor offers a 50% longer lifespan compared to standard alternatives, ensuring long-term performance and reduced maintenance costs.
Crafted from high-purity 999 Sterling Silver, our sensor outperforms competitors that rely on lower-quality plated silver with just 965 purity. The silver in our sensor is not simply laminated but incorporated into a solid band, guaranteeing superior accuracy and durability.
Unlike interval-based solutions, our sensor is engineered for constant, uninterrupted corrosion monitoring, providing accurate, real-time data whenever you need it. This makes it ideal for industries where reliability and precision are paramount.
Experience unmatched reliability with our cutting-edge, non-intrusive corrosion sensor designed for continuous, real-time corrosion monitoring in mission-critical applications. Our corrosion sensor offers a 50% longer lifespan compared to standard alternatives, ensuring long-term performance and reduced maintenance costs.
Crafted from high-purity 999 Sterling Silver, our sensor outperforms competitors that rely on lower-quality plated silver with just 965 purity. The silver in our sensor is not simply laminated but incorporated into a solid band, guaranteeing superior accuracy and durability.
Unlike interval-based solutions, our sensor is engineered for constant, uninterrupted corrosion monitoring, providing accurate, real-time data whenever you need it. This makes it ideal for industries where reliability and precision are paramount.
Sensor features:
- measures continuously corrosion level over time
- accuracy of ± 0.5%
- Copper (Cu) probe using laminated copper with purity 950+
- Silver (Ag) probe using Sterling Silver with purity 999
- G1, G2, G3 or Gx classification based on 30 day interval period
- visual LED indication of corrosion severity
- lifespan of 6000 Angstrom.
- design based on ANSI / ISA 71.04-2013 standard
- powered by the base unit.
- wired or optionally wireless.
- optional UL 61010 listed version (ENV-CORROSION-L)
- compact plug & play sensor.
- designed for indoor use.
- steel enclosure for non-power sensors or non-IP sensors.
- custom color & logo options available.
- industrial grade.
- 0u rack, DIN rail, magnetic or wall mountable sensor.
- plugs into the base unit.
- powered by the base unit (PoE, 12v DC, optionally 24v or -48v)
- alerts via SNMP Traps, email or SMS.
- out of the box integration via Modbus TCP, SNMP.
- optional integration via MQTT for Industrial IoT applications1
.
- optional integration via RS-485 enabling direct integration with your own gateway & controllers.2
1Requires BASE-XXX-6
2Some sensors are not available in RS-485 native versions. In that case RS-485 is available using the optional Modbus RTU module.
- measures continuously corrosion level over time
- accuracy of ± 0.5%
- Copper (Cu) probe using laminated copper with purity 950+
- Silver (Ag) probe using Sterling Silver with purity 999
- G1, G2, G3 or Gx classification based on 30 day interval period
- visual LED indication of corrosion severity
- lifespan of 6000 Angstrom.
- design based on ANSI / ISA 71.04-2013 standard
- powered by the base unit.
- wired or optionally wireless.
- optional UL 61010 listed version (ENV-CORROSION-L)
- compact plug & play sensor.
- designed for indoor use.
- steel enclosure for non-power sensors or non-IP sensors.
- custom color & logo options available.
- industrial grade.
- 0u rack, DIN rail, magnetic or wall mountable sensor.
- plugs into the base unit.
- powered by the base unit (PoE, 12v DC, optionally 24v or -48v)
- alerts via SNMP Traps, email or SMS.
- out of the box integration via Modbus TCP, SNMP.
- optional integration via MQTT for Industrial IoT applications1
.- optional integration via RS-485 enabling direct integration with your own gateway & controllers.2
1Requires BASE-XXX-6
2Some sensors are not available in RS-485 native versions. In that case RS-485 is available using the optional Modbus RTU module.
optional UR61010 (UL Recognized) version (ENV-CORROSION-L)
ANSI / ISA Classification of Corrosion
| Category | Severy | Copper | Silver |
|---|---|---|---|
| G1 | Mild | <300 Å | <200 Å |
| G2 | Moderate | <1,000 Å | <1,000 Å |
| G3 | Harsh | <2,000 Å | <2,000 Å |
| GX | Severe | >2,000 Å | >2,000 Å |
Equipment manufacturers (OEM) for mission critical infrastructure will typically specify the conditions in which systems can be used. It will be typically be mentioned as G1 - Mild. That standard is defined by the ISA 71.04 standard.
The sensor monitors for silver and copper corrosion and computes the severity over a rolling 30 days times frame.
The sensor monitors for silver and copper corrosion and computes the severity over a rolling 30 days times frame.
MTBF impacted by corrosion
Corrosion impacts the life span of critical equipment. That life span is expressed in MTBF or Mean Time Before Failure.
In some level of corrosion can reduce the life span by up to 25%. In severe corrosive environments, this increases to more than 75%.
This shows that uptime in mission critical is significantly impacted by the level of corrosion.
In some level of corrosion can reduce the life span by up to 25%. In severe corrosive environments, this increases to more than 75%.
This shows that uptime in mission critical is significantly impacted by the level of corrosion.
| ISA Severity | MTBF Reduction |
|---|---|
| G1 | None |
| G2 | up to 25% |
| G3 | up to 50% |
| GX | more than 75% |
Corrosion: an operation & capital risk
In the above table we've seen the impact corrosion has on the life span of equipment in mission critical environments.
A reduced MTBF entails a significant OPEX and CAPEX risk:
- OPEX: corrosion will cause systems to fail resulting in business continuity being impacted
- CAPEX: equipment manufacturers will typically void warranty if damage is caused by corrosion
A reduced MTBF entails a significant OPEX and CAPEX risk:
- OPEX: corrosion will cause systems to fail resulting in business continuity being impacted
- CAPEX: equipment manufacturers will typically void warranty if damage is caused by corrosion
Where does corrosion come from?
Electronic circuits use copper. Prior to RoHS, the exposed copper in electronics was soldered with lead protecting it against corrosion.
With the introduction of RoHS, lead could no longer be used and that protection is gone.
With the weakened protection of equipment due to RoHS, there are 4 main contributors to corrosion:
- temperature
- humidity
- air particles
- corrosive gasses
Monitoring for those risks with the right sensors enables you to put a corrosion risk mitigation strategy into place.
With the introduction of RoHS, lead could no longer be used and that protection is gone.
With the weakened protection of equipment due to RoHS, there are 4 main contributors to corrosion:
- temperature
- humidity
- air particles
- corrosive gasses
Monitoring for those risks with the right sensors enables you to put a corrosion risk mitigation strategy into place.
Recommended settings for G1 class environment
| Risk | Action | Part number |
|---|---|---|
| Temperature | Ideal temperature is 21°C (70F) with a ±1°C temperature change | ENV-TEMP or ENV-THUM |
| Humidity | rH should be below 55% and not change more than 6% per hour | ENV-THUM |
| Air Circulation | Air filtration and purification is paramount to keep corrosive contaminants out of the facility. Minimum 3 air changes per hour should be performed | ENV-AIRPRESSURE or ENV-AIRFLOW |
| Particles | Air particles from PM1 to PM10 should be kept below 70µg/m3. Particles larger than 1mm should be below 1,000µg/m3 | ENV-PARTICLE or ENV-DUST |
| Corrosive Gasses | Following limits in parts per billion (ppb) apply to mild environments: H2S <3 ppb SO2 <10 ppb CL2 <1 ppb NOx <50 ppb HF <1 ppb NH3 <500 ppb O3 <2 ppb |
GAS-H2S GAS-SO2 GAS-CL2 GAS-VOC GAS-HF GAS-NH3 GAS-O3 |
Why monitoring corrosion
in mission critical?
Corrosion is the degradation of materials due to a chemical reaction with their environment.
It can be a major issue in data centers, substations, electrical panels, switchgear and other mission critical infrastructure for several reasons:
Safety: Corrosion can compromise the structural integrity of the equipment, potentially leading to failure and posing a safety hazard to personnel.
Reliability: Corrosion can cause equipment to malfunction or fail, leading to downtime and reduced reliability.
Cost: Repairing or replacing corroded equipment can be costly. In addition, corrosion can reduce the efficiency of the equipment, leading to higher energy consumption and costs.
ne of the main benefits of real-time atmospheric corrosion monitoring using sensors is the ability to detect corrosion early, before it becomes a major problem. Sensors can continuously monitor the environment and alert maintenance staff when corrosion is detected, allowing them to take corrective action before the corrosion causes significant damage.
Real-time corrosion monitoring can also help to prevent equipment failures and downtime. If corrosion is allowed to progress, it can weaken structural components and cause equipment to fail, leading to costly repairs and lost productivity. By detecting corrosion early and taking preventive action, real-time corrosion monitoring can help to extend the life of equipment and reduce the risk of costly failures.
Real-time atmospheric corrosion monitoring using sensors is an important tool for maintaining the safety and reliability of data centers, substations, electrical panels, and switchgear.
It can be a major issue in data centers, substations, electrical panels, switchgear and other mission critical infrastructure for several reasons:
Safety: Corrosion can compromise the structural integrity of the equipment, potentially leading to failure and posing a safety hazard to personnel.
Reliability: Corrosion can cause equipment to malfunction or fail, leading to downtime and reduced reliability.
Cost: Repairing or replacing corroded equipment can be costly. In addition, corrosion can reduce the efficiency of the equipment, leading to higher energy consumption and costs.
ne of the main benefits of real-time atmospheric corrosion monitoring using sensors is the ability to detect corrosion early, before it becomes a major problem. Sensors can continuously monitor the environment and alert maintenance staff when corrosion is detected, allowing them to take corrective action before the corrosion causes significant damage.
Real-time corrosion monitoring can also help to prevent equipment failures and downtime. If corrosion is allowed to progress, it can weaken structural components and cause equipment to fail, leading to costly repairs and lost productivity. By detecting corrosion early and taking preventive action, real-time corrosion monitoring can help to extend the life of equipment and reduce the risk of costly failures.
Real-time atmospheric corrosion monitoring using sensors is an important tool for maintaining the safety and reliability of data centers, substations, electrical panels, and switchgear.
Wired or Wireless
By default all sensors are connected to the SensorGateway (BASE-5) using a CAT6 or higher RJ45 cable.
Using the optional Wireless Hub & Node modules, any sensor can be turned into a wireless sensor.
Wireless Hub & Nodes
Using the optional Wireless Hub & Node modules, any sensor can be turned into a wireless sensor.
Wireless Hub & Nodes
Customize your sensor: color / enclosure / logo
custom color & logo
Not a fan of orange? Want the sensors to match the color of your mission critical infrastructure equipment? Want to reflect your corporate color? Want to feature your own logo?
custom enclosure
Need the sensors in a custom enclosure to fit your application? Together with our partners, we can help to design special enclosures to meet your requirements.
Contact us for pricing & more info
Custom Sensor Design
Do you need the sensor to be customized to meet specific requirements?
Do you need features added or changed?
Do you need different enclosures?
Do you need to combine multiple sensors?
Whatever your project is, let us know what you need. Together with our engineering team we can make the product that you need.
Contact us to discuss your project & requirements
Do you need features added or changed?
Do you need different enclosures?
Do you need to combine multiple sensors?
Whatever your project is, let us know what you need. Together with our engineering team we can make the product that you need.
Contact us to discuss your project & requirements
RS485 (Modbus RTU) version
Looking to integrate this sensor with your own gateway or industrial control system? For large accounts customers or OEMs we now do offer a RS-485 version of this sensor. It has the same specs as the normal sensor. However rather than talking to our base unit and then communicate over industrial protocols with 3rd party systems, this version allows for native integration bypassing our base units.
It offers the same features as our regular sensors but with following differences:
- RS485 Modbus RTU output
- individually addressable using dial switch
- 256 addresses available
- 12-24v DC input
Contact us for pricing & more info
It offers the same features as our regular sensors but with following differences:
- RS485 Modbus RTU output
- individually addressable using dial switch
- 256 addresses available
- 12-24v DC input
Contact us for pricing & more info