OrionLXm

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Optimized for medium and smaller substations with smaller point counts and without the need for an HMI.

CPU	800MHz
Dimensions	8.5"W x 3.5"H x 6"D
Direct Video Port	Χ
Discrete I/O	Up to 24 DI and 8 DO + Alarm
Ethernet Ports	Up to 7
Flash Memory	4GB
Maximum Points	20,000
Power Supply	Single
Redudancy	√
Total Serial Ports	Up to 8

 

OrionMX

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Designed for vaults, pole tops, and smaller substations. All connections on one side for universal mounting.

CPU	800MHz
Dimensions	7"W x 2"H x 6"D
Direct Video Port	Χ
Discrete I/O	Up to 40 DI and 19 DO
Ethernet Ports	Up to 3
Flash Memory	2GB
Maximum Points	600 (10,000 optional)
Power Supply	Single
Redudancy	√
Total Serial Ports	Up to 18

 

Orion I/O

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The lowest cost per point of any substation IO and an optional capacitive touch front display.

CPU	800MHz
Dimensions	19"W x 3.5"H x 7"D
Direct Video Port	Χ
Discrete I/O	Up to 64 DI, 64DO, or 32 AI
Ethernet Ports	Up to 4
Flash Memory	2GB
Maximum Points	600
Power Supply	Single
Redudancy	X
Total Serial Ports	1

 

OrionLX+

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The most powerful and flexible Orion for larger substations, the most complex applications, and direct video HMI.

CPU	1.91GHz
Dimensions	19"W x 3.5"H x 13.5"D
Direct Video Port	√
Discrete I/O	Up to 4 DI and 4 DO + Alarm
Ethernet Ports	Up to 14
Flash Memory	8GB
Maximum Points	40,000
Power Supply	Redundant Hot Swappable
Redudancy	√
Total Serial Ports	Up to 17

Global Monitoring for MV Switchgear

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The condition monitoring of medium voltage switchgears provides round-the-clock information on the health of the monitored equipment, therefore it is essential to increase the reliability of the power grid to guarantee the best services to the community.

The energy demand in high density populated areas is very high and constantly increasing, it is essential and cannot be stopped. Medium Voltage Switchgears represent one of the most vulnerable links in power grid. These type of electrical equipment in operating conditions are subject to overheating due to overload, corrosion, loose connections, and challenging environmental conditions. If neglected, these conditions can lead to switchgear failures, resulting in costly damage to the main asset and surrounding equipment, power production loss, and in extreme cases, severe injury or death.
Implementing continuous monitoring gives electric utilities the ability to collect data generated during the switchgear’s normal operating conditions, thereby providing awareness to problems in real time.

The causes of switchgear failure can be classified in:

1. Thermal breakdown: caused by loose connections, improper racking, or a high current load
2. Loss of insulation: caused by age, environmental conditions, or defects in the insulating material
3. Air dielectric breakdown: caused by excess humidity and moisture, which can lead to the onset of corona and discharges between the high voltage terminal and ground.

ALTANOVA offers a wide range of Solutions for the Condition Monitoring of Medium Voltage Switchgears, according to the type of criticality, age and size of the asset:

• FALCON: Plug & Play Monitoring
• FALCON MK II: Designed for large-scale monitoring applications
• INTELLISAW: Comprehensive Monitoring for critical MV and LV assets
• EDS - Expert Diagnostic System: Monitoring system of the general conditions of substation

ALTANOVA Condition Monitoring Solutions for Medium Voltage Switchgears allow:

• Early diagnosis of faults due to insulation defects
• Optimization of energy productivity and reliability
• Extension of the asset life cycle
• Optimization of maintenance plans
• No disconnection, inactivity or interruption of energy

 

Humidity Sensor Relative Humidity and Ambient Temperature

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The IntelliSAW Humidity Sensor provides real-time, continuous monitoring of electrical power critical assets to identify the potential for flashover The sensor’s sintered cap, threaded body, water resistant M 12 connector, and 4 kV surge protection provides the level of packaging robustness required for reliable operation in harsh environments. The IntelliSAW Critical Asset Monitoring (CAM) platform units allows up to 8 humidity sensors to be bussed together for multiple location installations such as along a bus duct.

Main features

• Relative humidity and ambient temperature
• Designed for electrical critical asset environments
• Multi drop bus for up to 8 series connected sensors

Applications

• Medium Voltage Switchgears

 

CC Temperature Sensors LV (Low Voltage) Applications (iNFC™)

 

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Main features

• Multiple designs inspired by common low voltage assets.
• Easy and quick installation in new or retrofit equipment.
• Electrically isolated up to 1kv for most equipment.
• 100% passive, requiring no sensor power source or maintenance for installed life.
• Supports high sensor density within any asset.

 

LP Temperature Sensors Low Profile (SAW)

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Main features

• Installation does not require a full outage
• Can be installed directly onto circuit breakerarms
• Passive wireless solution, no maintenance
• Rated for over 155 degrees celsius operation
• 24/7 monitoring, trending, and alarms

Applications

• Medium Voltage Switchgears

 

IS Temperature Sensors Standard Profile (SAW)

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Main features

• Range: -25˚C to +155˚C (Accuracy: ±2˚C, Resolution: ±0.2˚C)
• 20+ year sensor life expectancy
• Crystal Resonator Technology, no moving parts or electronics.
• IEC 62271-1 Withstand voltage: 95kV/1m and 185kV impulse
• IEC 62271-200 Short circuit withstand: 63kA/3s, 171kA peak

Applications

• Medium Voltage Switchgears

TMP Air Interface Temperature Only (SAW)

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The IntelliSAW CAM TMP air interface is designed to maximise the wireless performance of IntelliSAW's wireless SAW temperature sensors.

Main features

• Optimized for best range and performance
• Dual mounting options - magnetic or bolt mounting
• Small size - easy to mount in restricted switchgear compartments
• Optimal impedance match to IS485 reader
• Leverages standard SMA connectors

Applications

• Medium Voltage Switchgears