K
KASHIFER
Generator
By Structure

ATS & Control Panel

ATS & Control Panel product view 1

Kashifer coordinates automatic transfer switches and generator control panels as part of a complete project power solution. Source arrangement, rated current, voltage, short-circuit level, transfer sequence, bypass needs, enclosure, controller, communications, and installation location must be confirmed before selection. No generalized current range or enclosure rating is used without project verification.

Rated Current

Selected from the approved load and short-circuit data

Frequency

50 Hz / 60 Hz

Voltage

Low- or medium-voltage arrangement subject to final engineering

Controller

Deep Sea / ComAp / SmartGen or project-selected control platform

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Construction & Design

Enclosure and form selected for the installation environment and service access
Busbar, terminals, switching device, and cable space sized to the approved design
Internal wiring identified against the final schematic
Ventilation, ingress protection, and corrosion protection confirmed by location

Available Configurations

Open-transition automatic transfer
Closed-transition or bypass-isolation subject to system study
Wall-mounted, floor-standing, or switchboard-integrated panel
Single-set AMF or multi-set master control

Main Features

Automatic utility and generator source monitoring
Configurable transfer, retransfer, cooldown, and exercise timing
Generator start signal and source-available feedback
Electrical and mechanical interlocking appropriate to the transfer design
Alarm, event, and operating-status display
Remote communications and power-management functions available by project

Control & Protection

  • •Voltage, frequency, phase, and source-availability sensing
  • •Transfer interlocks and configurable time delays
  • •Breaker or switch protection coordinated with upstream and downstream equipment
  • •Optional metering, communications, load shedding, and SCADA interface

Testing & Documentation

  • •Functional sequence testing coordinated to the approved control logic
  • •Single-line, schematic, terminal, and general arrangement drawings
  • •Device datasheets and settings schedule available by contract scope
  • •Integration test requirements agreed with the generator and site systems

Technical Specifications

Rated CurrentSelected from the approved load and short-circuit data
VoltageLow- or medium-voltage arrangement subject to final engineering
Frequency50 Hz / 60 Hz
PhaseSingle or three phase, depending on system design
Transfer TypeOpen transition; other arrangements available after review
ControllerDeep Sea / ComAp / SmartGen or project-selected control platform
EnclosureIngress protection and construction subject to installation conditions
DocumentationDrawings and datasheets available according to the approved scope
WarrantySubject to final contract and approved configuration
Lead TimeConfirmed after electrical scope and component review

* Specifications may vary based on configuration. Contact us for detailed technical data sheet.

Applications

Commercial building standby systems
Healthcare and critical facilities
Industrial power systems
Data centers and telecommunications
Single-generator automatic transfer
Multi-generator and parallel power systems

Optional Equipment

Bypass-isolation arrangement
Remote monitoring gateway
Utility and generator metering
Load shedding and priority control
Multi-set synchronization controls
Custom communications protocol

Information Needed for Quotation

To help us recommend the right configuration, please provide the following information when you inquire:

•Single-line diagram and number of power sources
•Rated voltage, frequency, phase, and load current
•Available short-circuit current and upstream protection
•Required transfer sequence and transition type
•Enclosure location, ingress protection, and cable entry
•Communications, metering, and documentation requirements
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Frequently Asked Questions

How is the ATS current rating selected?
It is selected from the actual load current, continuous-duty requirements, fault level, switching device, conductor arrangement, and applicable project rules.
What is the difference between open and closed transition?
Open transition disconnects one source before connecting the other. Closed transition briefly parallels sources and requires additional controls, protection, and utility approval.
Can the ATS start the generator automatically?
Yes. The ATS or AMF controller can issue a start signal when the utility source is outside the approved limits and transfer after the generator source is stable.
Can the panel communicate with a building system?
Common protocols and dry-contact interfaces can be considered after the required data points, network method, and system responsibility are confirmed.
Can Kashifer quote from a load current only?
A preliminary selection may be possible, but the single-line, voltage, phase, fault level, transition type, enclosure location, and cable arrangement are needed for a controlled offer.

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Interested in This Product?

Tell us your power requirement and application. We will help recommend a suitable diesel generator configuration for your project.

Request a QuoteEmail InquiryChat on WhatsApp