KRACHT pumps and fluid equipment
Specify KRACHT pumps, flow meters and valves for your fluid, operating duty and installation. Send the project requirements or the complete designation of an existing assembly.
KF transfer gear pumps
Specify a KF pump or replacement assembly using the complete type code and installation data. KF pumps transfer liquids; the actual configuration is matched to the duty and existing connections.
- KF gear pump family
- Provide the complete type code
- Include shaft and port photographs
BT/BTH low-speed gear pumps
BT and BTH are low-speed gear pumps. Define the fluid and drive conditions before selecting an assembly, and include the complete designation when replacing an existing unit.
- BT and BTH series
- Low-speed gear pump design
- Specify fluid and operating speed
KP hydraulic gear pumps
The KP family covers 1.4–300 cm³/rev, media temperatures of −20 to +150 °C and pressures up to 300 bar. These are family limits; the selected configuration must match the actual duty.
- Family displacement: 1.4–300 cm³/rev
- Media temperature: −20 to +150 °C
- Family pressure: up to 300 bar
KD gear metering pumps
KD is a high-precision external gear metering pump for dosing fluids. Prepare the fluid description and required delivery cycle so the selected pump can be assessed within the complete dosing arrangement.
- Precision fluid metering
- External gear pump design
- Define fluid and dosing cycle
VC gear-type flow meters
VC configurations differ in clearances, bearings and materials. Select the meter together with the measurement conditions and the existing electrical interface, using the full product designation.
- VC gear-type flow meter family
- Clearance, bearing and material variants
- Provide connector and nameplate details
SPV/SPVF pressure relief valves
SPV/SPVF directly controlled valves safeguard low-pressure hydraulic circuits. Define the circuit position and full designation before selecting a replacement or adding a valve to a new assembly.
- SPV/SPVF valve family
- Low-pressure hydraulic circuit protection
- Provide designation and circuit drawing
Define the project and supply boundary
Start with the production operation: what fluid is being transferred or measured, between which process points and under what duty. State the required flow, pressure and operating cycle. For an existing installation, include the circuit drawing, assembly documentation and full equipment designation. For a new project, provide the current technical brief and identify the available interfaces at the boundary of the proposed unit.
List the equipment to be supplied separately from items already included elsewhere in the project. Identify the drive, pump, measurement, valves and connection components. A clear list makes competing configurations easier to compare. If the design is still being developed, mark the open questions and the revision of the brief so everyone can work from the same starting point.
Describe the fluid and actual operating duty
Name the working fluid and provide its properties at the actual process temperature. Include the fluid supplier's technical sheet when available. Identify changes between batches, cleaning conditions and the expected start-up sequence after a shutdown. For an existing unit, use operating records; for a new machine, use the values approved by the process engineer responsible for the installation.
Separate the normal working point from the limiting conditions included in the project requirements. A published family range helps identify a product group, while the final combination of requirements must be checked against the selected configuration. Record units beside every value and identify the source of the data. This keeps the technical discussion clear between procurement, engineering and the team connecting the equipment.
Mechanical integration and the drive arrangement
Provide an installation drawing showing the shaft, mounting flange, fixing points and pipe connections. Indicate the available space and service access, particularly where a new unit must occupy an existing position. If the pump is part of a motor-driven assembly, identify the installed drive and coupling arrangement. General photographs help explain how the unit sits within the surrounding equipment and supporting structure.
Define which connection components belong in the order. Adapters, mounting plates, couplings and fasteners can be listed individually. Include the available electrical supply and control requirements when a motor is part of the requested assembly. Where another contractor supplies adjoining equipment, identify who will coordinate the interfaces. The resulting package can then be compared with a shared drawing revision and a clear allocation of installation work.
Flow measurement within the control system
For a VC meter, define the measuring range, fluid and purpose of the measurement. State whether the application monitors instantaneous flow, records volume over a cycle or checks delivery in a particular circuit. Include the wiring drawing and full meter designation for an installed unit. For a new project, describe the receiving device and how the measured value is used by the control system.
Include cables, connectors and display equipment in the item list when they are part of the supply boundary. Agree cable length and instrument position against the installation layout. Describe the required channel checks and the information needed for acceptance. A list of interfaces and settings gives the commissioning team a clear connection between each delivered component, its control channel and the production function it supports.
Prepare a metering application
For a KD pump request, explain the dosing operation: continuous feed or a batch cycle, the required amount and the duration of the operation. State the fluid, process temperature and available viscosity information. When replacing a pump in a working machine, provide its designation and existing control arrangement. For a new installation, show how the pump connects to the rest of the process.
Describe fluid delivery and verification of the result as separate functions. Identify whether measurement belongs in the same order, which drive is planned and where the connections are located. For multiple components, label each fluid line individually and keep units consistent throughout the brief. An agreed list of operating modes and acceptance points supports configuration selection and gives the subsequent technical discussion a clear reference.
Replace an existing unit with clear records
Send the complete designation from the nameplate, any available serial information and photographs of the installed assembly. Mark changes made since the original installation, such as a different drive, revised pipework, another fluid or a changed production cycle. Existing drawings and equipment lists remain useful when supplied together with current information describing the actual condition of the installation.
Separate a complete replacement unit from individual components identified on an assembly drawing. Use unique item references when several machines are included in the same enquiry. Keep apparently identical pumps on separate lines until their full designations have been checked. Retain the agreed item record, photographs and component list after selection; these records support receiving inspection and later maintenance enquiries without rebuilding the original context.
Equipment scope, packing and export handover
Organize the proposed order into functional groups: main equipment, measurement, connection parts and reserve components. Give the quantity, complete designation and required scope for every line. State whether you need one assembled unit or separately packed items. This links the technical proposal to installation work, warehouse identification and transport to the receiving site, while keeping every component traceable within the order.
Identify the destination country, cargo handover point and packing-list requirements. List the documents needed for import and internal receiving procedures. If equipment from several manufacturers travels together, retain a separate identity for every item. Names in the agreed order, packing records and technical documentation should correspond so the receiving team can check the shipment and direct each component to the correct production area.
Review the offer and prepare acceptance
Compare the proposal with the technical brief before ordering: product family, full configuration, quantities and supply boundaries. Check which items arrive separately and which interfaces are completed at the installation site. When several project participants are involved, use one agreed equipment schedule. Link clarifications to a particular schedule line and drawing revision so procurement and engineering can review the same configuration.
On receipt, compare product and package markings with the order documents. Retain the agreed drawings, component list and available instructions for the installation team. Include connection and setting work in the responsible technical team's plan. A record of the final installed assembly, supported by photographs and its actual component scope, provides a practical basis for future maintenance, replacement requests and subsequent equipment purchases.
Availability, origin, compatibility, price, delivery terms and documents are confirmed for the agreed configuration in the offer; official dealership and universal interchangeability are not claimed.
