Deschtone switching, soft starting and industrial drives

Select Deschtone equipment for switching, soft starting and industrial drives. Send the circuit, load data and supply scope; for replacement, include the label and complete code.

VDST vacuum circuit breakers

VDST-12 is intended for indoor high voltage installations. A replacement enquiry should identify the complete designation, rated current, installation arrangement and secondary connections. Voltage alone does not describe the required breaker.

VDST-12 rated voltage: 12 kV
Rated frequency: 50/60 Hz
Fixed and withdrawable installation
Send the label, diagram and cabinet photographs

cVDST application specific breakers

The cVDST family offers configurations selected for the load being switched. State whether the circuit serves a power supply, inductive load or capacitive load. Include the installed breaker designation and explain its position in the electrical system.

A distinct VDST family configuration
Selection by connected load type
Keep the complete cVDST designation
Provide circuit information and operating data

iVDST intelligent circuit breakers

iVDST combines vacuum switching with equipment condition monitoring. The described solution includes current, temperature and contact pressure measurement. Specify required monitoring and communication functions separately, together with the installed control system.

Circuit current and temperature monitoring
Contact pressure measurement
Mechanical characteristic monitoring
Identify the requested sensor and communication scope

DSTVC vacuum contactors

DSTVC is Deschtone’s high voltage vacuum contactor family. For a repeat purchase, provide the contactor label and control circuit diagram. A component enquiry should show its location in the assembly and designation in the equipment documentation.

Manufacturer family designation: DSTVC
Separate the contactor from a replacement assembly
State the control circuit voltage
Include dimensions and terminal arrangement

DMVS580A high voltage soft starters

DMVS580A separates the high voltage and low voltage compartments and uses an optical fibre connection to control the power section. The manufacturer selection table distinguishes 6 and 10 kV versions. Specify the full equipment code.

DMVS580A-315/06: 315 kW, 36 A
DMVS580A-1000/10: 1000 kW, 75 A
Torque, power, voltage or current ramp starting
Identify the motor, load and stopping requirement

DLS600 low voltage soft starters

DLS600 provides soft starting for squirrel cage induction motors. The published family covers 15–630 kW. For replacement, identify the starter code, motor current, mounting dimensions and the installed bypass arrangement.

Supply: 380 V ±20%, 50/60 Hz
Analogue output: 4–20 mA
Plug in control terminals
IP20 panel; describe the enclosing cabinet separately

XL integrated starting systems

XL is designed for tunnel jet and axial fans. Its modular arrangement combines starting, control and protection with an internal bypass and reversing function. Provide the fan list, duty description and commands from the supervisory system.

Supply: 380 V ±20%, 50/60 Hz
Internal bypass and reversing function
RS-485/Modbus communication
Describe cabinet layout and project requirements

TYP permanent magnet synchronous motors

TYP motors use permanent magnets for industrial drives. The manufacturer describes pump, fan, compressor and production machine applications. Selection starts with the driven mechanism, existing label and operating duty.

Permanent magnet rotor configuration
State power, current and operating speed
Provide shaft, flange and envelope dimensions
List the converter and feedback devices separately

DIV800 and DIV800M drive converters

Deschtone lists DIV800 and DIV800M for synchronous drive control. A replacement enquiry should include the complete converter code, motor label and connection diagram. Specify the power section and feedback arrangement as one coordinated drive package.

DIV800 and DIV800M families
Industrial synchronous drive applications
Identify the feedback arrangement
State the interfaces to existing automation

DSTKX distribution switchgear

DSTKX is metal enclosed switchgear for indoor distribution installations. The family can be equipped with VDST breakers and protection equipment. Define the cell duty, busbar and feeder data, installation arrangement and secondary circuits.

Family envelope: up to 24 kV and 4000 A
50 Hz; short time withstand current up to 40 kA
Metal enclosed withdrawable arrangement
Specify equipment scope and cell layout

DSTKX dual source transfer cabinets

DSTKX-12/630-25-F8 identifies the intelligent dual source cabinet. The manufacturer describes manual and automatic control, a display and data transfer. Include the supply diagram and the required logic for changing between sources.

Specific model: DSTKX-12/630-25-F8
Manual and automatic control modes
Data transfer and condition monitoring
Send the source diagram and required signal list

DMVS580A phase modules and assemblies

DMVS580A is designed with individually replaceable phase modules. A component enquiry should identify the starter configuration, phase and module marking. Provide connection photographs and the relevant page of the electrical documentation.

Individually replaceable DMVS580A phase modules
Match the 6 or 10 kV starter configuration
Separate module, control and connection items
Mark the requested position on the diagram

Start with the equipment family

Deschtone covers high voltage switching, motor starting and industrial drives. VDST and DSTVC are switching families, DMVS580A and DLS600 provide soft starting, while TYP and DIV800 belong to the motor and drive package.

Specify a complete device, a configured cabinet or a replacement component. For a new installation, provide the technical specification and supply scope. For a repeat purchase, retain the complete designation and quantity,.

Keep the complete equipment designation

Retain every letter, number, slash and suffix in the code. DMVS580A-315/06 and DMVS580A-1000/10 identify different entries in the manufacturer selection table. Breaker enquiries also need current ratings, mounting arrangement, operating mechanism and secondary connections.

Provide an overall view, a close photograph of the label and the equipment position inside its cabinet. If the label is damaged, add the equipment schedule and marked drawing reference. Distinguish nameplate values from dimensions measured on site and link each attachment to its list position.

Describe the power and control circuits

Power circuit voltage, control supply voltage and frequency are separate entries. Record the units and provide the relevant diagram.

A breaker requires its secondary connection information, a contactor requires the control circuit, and a starter requires the motor, bypass and supervisory connections.

Keep terminal markings and wire numbers visible in photographs. If the installation has been modified, send the current drawing revision. List commands received by the device and states or alarms required by the plant control system.

Define the load and operating duty

Identify the driven mechanism, such as a pump, fan, compressor or production machine. Provide rated motor power and current, the operating duty, start frequency and stopping requirement. For a switching device, describe the load characteristic and the role of the circuit in the installation.

A reconstruction enquiry should include the existing supply diagram and site constraints. For several motors, prepare a separate line for each mechanism,. Keep the measured operating data separate from the manufacturer ratings so the requested configuration can be understood correctly.

Check installation and mechanical connections

A replacement needs a mounting drawing, terminal arrangement and available installation space. A fixed breaker and a withdrawable breaker have different installation requirements.

For a motor, record the shaft, flange, feet and terminal box position separately, together with the mechanical interface to the driven equipment.

Include photographs from several sides and a view of the installation location. Mark dimensions directly on the drawing. If only one assembly is required, show its connections to the remaining equipment and preserve the identifiers of adjacent components.

Specify starting, bypass and cabinet scope

DMVS580A, DLS600 and XL serve different starting applications. XL includes an internal bypass; for another installation, describe the bypass circuit that is actually used. Motor power should be accompanied by its rated current and voltage, with the expected starting and stopping requirements.

List the starter, switching devices, control equipment and cabinet separately. Identify installed equipment and the items included in the new order. When replacing a unit, provide the previous model and the signals used by its control system.

Coordinate motor feedback and communication

For a synchronous drive, identify the motor, converter and feedback arrangement. Provide the designation and connection diagram of position or speed feedback devices where fitted.

Describe speed regulation and positioning requirements as separate functions, with information about the existing controller and machine.

List communication interfaces and the required signals to the supervisory system. XL is described with RS-485/Modbus, while an iVDST specification should list the required monitoring functions and devices.

A family name does not replace the detailed function list for a configured project or the current connection drawing for a replacement.

State the installation environment

Describe ambient temperature, room conditions, installation altitude and enclosure requirements. The IP20 panel rating stated for DLS600 does not define the protection of a finished cabinet.

For equipment inside an existing cell, provide its ventilation arrangement and the available maintenance access.

Separate requirements for the electrical device from requirements for its enclosure. A motor replacement should include cooling arrangement and the working environment of the mechanism.

Review these details together with ratings, mounting and duty, and mark which conditions apply to each device when several locations are covered by the enquiry.

Prepare a consistent supply schedule

Use one schedule containing the complete designation, item name, quantity, installed equipment and drawing position. Separate cabinets, breakers, contactors, starters, motors and control assemblies. Use the same position numbers in drawings, photographs and the requested supply list.

State whether the request repeats an existing configuration or concerns a new project. Include drawings, documentation requirements and delivery location. Before ordering, compare the agreed codes and supply scope against each schedule line.

For a new installation, add the single line diagram, load schedule and cabinet layout, identifying the equipment retained on site.

Availability, price, lead time, documents and compatibility are checked for the specific enquiry. This page does not establish official dealer or authorised service status, a universal energy saving figure or identical ratings for every configuration.