• Engine Starting Systems

    SuperTorque 8Z

    NiZn engine starting system

    SuperTorque 8R

    Integrated engine starting with rack/8Z/BBS/BSC/disconnects

    DC Power Systems

    PowerCab2

    24-300VDC, switchgear and industrial power system

    PowerCab

    24/48/120VDC, SCR

    MicroCab

    12/24/48VDC, switchmode

    Battery Chargers

    MicroGenius LE

    12/24VDC, 5-10A

    MicroGenius 2

    24/24VDC, 6-25A

    MicroGenius S2/S4

    24-120VDC, 6-50A

    EnerGenius DC

    120-240VDC, 6-800A, 3PH

    Battery Monitoring & Redundancy

    SC4 Battery Monitoring

    Comprehensive BMS for industrial and telecom applications

    Best Battery Selector

    BBS battery coupler

    BCS-120

    Control & alternator coupler

  • Applications

    Engine Starting

    Reliable DC power for engine starts

    Switchgear Power

    Backup power for critical switchgear

    Industrial DC Power

    Rugged power for industrial sites

    Battery Monitoring

    Battery monitoring systems and accessories

    Industries

    Data Centers

    Backup power infrastructure to maintain uptime

    Oil & Gas

    Power solutions for harsh environments

    Utilities

    Reliable power for grid operators

    Hospitals

    Backup power for life-critical systems

  • Support

    Technical Service & Support

    Get technical support

    Software Download Center

    Download firmware and software

    Software Revision History

    Updates to SENS software

    Warranties

    Product warranties and repairs

    Resources

    Technical Documents

    User manuals, CAD drawings, certifications, datasheets

    Insights

    Explore SENS power industry insights

    Case Studies

    Real world success stories

    White Papers

    Technical insights and innovations

    Genset Starting Education

    Prevent common genset starting failures

  • About

    About SENS

    Learn about our company

    Manufacturing

    U.S.-based manufacturing and scalable production

    Quality

    ISO 9001, worst-case design, codes & standards

    Partners

    Find a regional representative

    Company Updates

    News

    Company news and announcements

    Events

    Upcoming conferences and exhibitions

    Careers

    Working with SENS and open positions

Engine Starting Systems

SuperTorque 8Z

NiZn engine starting system

SuperTorque 8R

Integrated engine starting with rack/8Z/BBS/BSC/disconnects

DC Power Systems

PowerCab2

24-300VDC, switchgear and industrial power system

PowerCab

24/48/120VDC, SCR

MicroCab

12/24/48VDC, switchmode

Battery Chargers

MicroGenius LE

12/24VDC, 5-10A

MicroGenius 2

24/24VDC, 6-25A

MicroGenius S2/S4

24-120VDC, 6-50A

EnerGenius DC

120-240VDC, 6-800A, 3PH

Battery Monitoring & Redundancy

SC4 Battery Monitoring

Comprehensive BMS for industrial and telecom applications

Best Battery Selector

BBS battery coupler

BCS-120

Control & alternator coupler

Applications

Engine Starting

Reliable DC power for engine starts

Switchgear Power

Backup power for critical switchgear

Industrial DC Power

Rugged power for industrial sites

Battery Monitoring

Battery monitoring systems and accessories

Industries

Data Centers

Backup power infrastructure to maintain uptime

Oil & Gas

Power solutions for harsh environments

Utilities

Reliable power for grid operators

Hospitals

Backup power for life-critical systems

Featured Articles

Switchmode_Article_Image

Article

What Switchmode Technology can do for Utilities

server_racks

Article

How Hyperscalers can Conquer the Energy Wall

Support

Technical Service & Support

Get technical support

Software Download Center

Download firmware and software

Software Revision History

Updates to SENS software

Warranties

Product warranties and repairs

Resources

Technical Documents

User manuals, CAD drawings, certifications, datasheets

Insights

Explore SENS power industry insights

Case Studies

Real world success stories

White Papers

Technical insights and innovations

Genset Starting Education

Prevent common genset starting failures

Featured Content

Girtz_CaseStudy_WebsiteBanner

Case Study

How Girtz Industries Improved Their Engine Starting Tests

Mission_Critical_Power_2030_OnsiteGeneration

White Paper

What will the Mission for Critical Power Look like in 2030?

About

About SENS

Learn about our company

Manufacturing

U.S.-based manufacturing and scalable production

Quality

ISO 9001, worst-case design, codes & standards

Partners

Find a regional representative

Company Updates

News

Company news and announcements

Events

Upcoming conferences and exhibitions

Careers

Working with SENS and open positions

Latest News

MCPDS_Speakers

NEWS

SENS Summit Explores How AI Is Reshaping Mission-Critical Power Design

false

PBTBMSELS1

Have Questions?

Our battery monitoring experts are here to help.

Electrolyte Monitoring Sensor

View Datasheet

The Electrolyte Monitoring System is a breakthrough product that non-intrusively detects and reports changes in flooded cell electrolyte levels. The system consists of one electrolyte monitoring sensor which is affixed to the exterior wall of each monitored cell. The sensor has two optical level detection transducers. Each transducer can transmit an infrared light beam into the cell wall and measure the intensity of the reflected light. This intensity will change, depending on the presence of electrolyte fluid on the other side of the cell wall. Two level transducers allow the sensor to detect three discrete fluid levels: “Normal”, “Warning” or “Low”.

Non-intrusive installation

The electrolyte sensors are mounted to the cell wall with double-sided industrial foam tape (supplied already installed to the sensor). Installation is a simple matter of peeling off the tape backing and affixing the sensor to the cell wall such that the top of the sensor is positioned at the “normal” fluid level. This mounting system is very strong, yet sensors can be removed if necessary. The adhesives used do not react with the battery housing or with the clear plastic shrink-wrap that covers the housing on some types.

The electrolyte sensor communicates with the site controller via the battery sensor and is also powered by the battery sensor over the interconnection daisy chain.

 

Easy visual indicators for setup and operations

Each electrolyte sensor has a bi-color LED on its top surface. This LED serves multiple purposes during setup and operation. During normal operation, the electrolyte sensor is in a low-power “sleep” mode and the LED will be off. Every few seconds, the electrolyte sensors are awakened by the battery sensor in order to collect status information.
While the electrolyte sensors are awake, the LED provides a local status indication; Green = “Normal”, Red/Green flickering = “Warning” and Red = “Low”.

 

 

Keep tabs on your battery electrolyte levels

  • Electrolyte level monitoring for flooded cells
  • Non-intrusive – mounts on the outside surface of the cell
  • Senses three discrete levels
  • Works in conjunction with battery health sensor
  • Alarm reporting via battery sensor and site control unit
  • Local LED indication
  • Simple plug & play installation
  • Small package (approximately 1.1”x2.1”)
  • Minimal space required; approximately 0.5”
  • Lowest cost solution

have questions or need help?

The SENS team is here to help. If you have questions or need help, reach out and start a conversation.