EMPOWERING AMERICA'S POWER
INFRASTRUCTURE

AT JSN, WE ARE YOUR ENLIGHTENED COMPANION IN THE DEVELOPMENT OF THE UNITED STATES' POWER SECTOR. WITH OVER TWO DECADES OF DESIGN AND MANUFACTURING EXPERTISE IN ELECTRICAL ENGINEERING, OUR TEAM OF TECHNOCRATS IS COMMITTED TO DELIVERING INNOVATIVE, RELIABLE, AND HIGH-PERFORMANCE SOLUTIONS.

WE SPECIALIZE IN THE PRODUCTION OF CURRENT TRANSFORMERS, CONTROL TRANSFORMERS, OIL-COOLED TRANSFORMERS, AND A WIDE RANGE OF ADVANCED ELECTRICAL COMPONENTS THAT SUPPORT MODERN ENERGY NEEDS.

THROUGH A STRATEGIC TECHNICAL COLLABORATION AND JOINT VENTURE WITH A RENOWNED BCT MANUFACTURER IN VADODARA, GUJARAT, INDIA A TRUSTED NAME IN THE FIELD FOR OVER A DECADE .

WE BRING GLOBAL QUALITY, PROVEN ENGINEERING, AND EXCELLENCE TO THE U.S. MARKET.

Product Catalog

Current Transformers and hard water conditioners

Transformer Bushing CTs

BCTs are typically used for protective relaying purposes. Whether used for protection or metering, the saturation of a CT is undesirable. When operating in saturation, the secondary output current is no longer a miniaturized replica of the primary current but rather a distorted version with a lower than expected amplitude. This may result in the possible misoperation of the protection system.

If used for protective purposes, a current transformer is designed to saturate at extremely high current levels so that the transformer bushing CT can successfully perform its important intended function of accurately capturing (high) fault current information. However, if the CT has excessive residual magnetism, it will saturate sooner than expected. Remanence flux is dissipated very little in service and requires demagnetization of the core to remove.

Testing is important to verify a BCT’s accuracy and performance characteristics, to validate that a very low level of remanence flux exists in the BCT, and to demagnetize its core if not.

Instrument Transformer

Instrument transformers are high accuracy class electrical devices used to isolate or transform voltage or current levels. The most common usage of instrument transformers is to operate instruments or metering from high voltage or high current circuits, safely isolating secondary control circuitry from the high voltages or currents. The primary winding of the transformer is connected to the high voltage or high current circuit, and the meter or relay is connected to the secondary circuit.

Instrument transformers may also be used as an isolation transformer so that secondary quantities may be used in phase shifting without affecting other primary connected devices.

HydroFLOW Pearl

An upgraded version of the reliable hs38, the Pearl is designed to protect a single piece of equipment, such as a tankless water heater, from the effects of scale and decrease the risk of waterborne biological contamination. Other popular applications include small studio apartments and recreational vehicles (RVs). The unit fits Copper/PVC/PEX pipes up to 1” outer diameter. This is a do it yourself (DIY) product, but professional installation may be available in your area.

HydroFLOW Pearl Plus

An upgraded version of the dependable s38, the Pearl Plus, is designed to protect standard-size homes from the harmful effects of scale and decrease the risk of waterborne biological contamination. It is also a popular choice within the food service industry to protect commercial kitchen equipment from scale buildup. The unit fits Copper/PVC/PEX pipes up to 1.5” outer diameter. This is a do-it-yourself (DIY) product, but professional installation may be available in your area.

HydroKNCT

HYDROPATH Care was developed to be able to receive live statuses from HydroFLOW units installed in the field. This allows these projects to be monitored and managed in a smart and advanced way.

HYDROPATH Care is a Project Management and Monitoring System (PMMS). It is designed to enable you to keep track of installations of HydroFLOW® units and monitor their operation. As a customer, you are able to set up multiple “Projects,” each of which can contain multiple HydroFLOW® units. This allows you to organize and monitor your installations as required, for example into “Plant room A” and “Plant room B” or “Cooling Tower” and “Production line.”

Main Benefits

Dissolves and removes existing scale.
Prevents new scale accumulation.
Deactivates bacteria and algae.
Prevents and removes biofoul.
Boosts filtration efficiency.
Significantly reduces corrosion.
Suitable for multiple applications -fresh water and cooling systems.
Financial and Environmental Benefits

Reduces energy consumption.
Increases the efficiency of water heating equipment and machinery.
Eliminates or decreases chemical usage.
Decreases the need for chemical safety precautions, storage and disposal.
Reduces maintenance costs.
Average one to two year payback period.
Additional Benefits

Non-intrusive and easy to install – no plumbing modifications required.
Propagates the Hydropath signal along the entire water system.
Provides 24 hour protection.
Does not interfere with other electrical systems.

HM range

The Hydropath Marine hm Range is designed for marine vessels and provides water treatment, including scale protection and biofouling control.Main Benefits

Dissolves and removes existing scale.
Prevents new scale accumulation.
Deactivates bacteria and algae.
Prevents and removes biofoul.
Boosts filtration efficiency.
Significantly reduces corrosion.
Suitable for multiple applications -fresh water and cooling systems.
Financial and Environmental Benefits

Reduces energy consumption.
Increases the efficiency of water heating equipment and machinery.
Eliminates or decreases chemical usage.
Decreases the need for chemical safety precautions, storage and disposal.
Reduces maintenance costs.
Average one to two year payback period.
Additional Benefits

Non-intrusive and easy to install – no plumbing modifications required.
Propagates the Hydropath signal along the entire water system.
Provides 24 hour protection.
Does not interfere with other electrical systems.