KCL HYDRAULIC EQUIPMENTS
─ SINCE 1978 ─
KCL HYDRAULIC EQUIPMENTS
─ SINCE 1978 ─
Advanced cartridge provides for drop-in assemblies which permit easy conversion or renewal of serviceable elements in mimutes at minimum expense and risk of contamination.
Operating pressures up to 275 bar, achieved within a compact form factor, result in reduced sizing and cost of actuators, valves, and lines, while simultaneously extending component lifespan at lower operating pressures.
Enhanced efficiency under load, coupled with minimized noise levels, contributes to improved operator safety and acceptance, as well as reduced thermal load and operational expenses.
The availability of up to 32 positions for double pumps and 128 positions for triple pumps optimizes system integration, minimizing mounting costs and maximizing performance.
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KT6 and KT7 units can be operated intermittently at pressures exceeding the recommended continuous rating, provided the time-weighted average pressure remains at or below the continuous duty pressure rating.
The broad speed range, spanning 600 RPM to 2800 RPM, coupled with the availability of large cartridge displacements, facilitates optimized operation, achieving minimal noise levels within a compact form factor.
A diverse selection of options, including cam displacement, shaft configurations, and porting arrangements, enables customized installation solutions.
We offer pumps that correspond to the following DENISON-type pump models:
T6C / T6CM / T6D / T6E / T6G
T6CC / T6DC / T6EC / T6EE / T6GCC / T6ED
T6DCC / T6DCCS / T6EDC / T6EDM
T7B / T7D / T7Q / T7ED
| KT6GC / KT7B, etc. Single Pump | KT6CC / KT6GCC Double Pump |
| KT6CCZ Double Pump | KT6DCC / KT6EDC Triple Pump |
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The low speed 600 RPM, low pressure, high viscosity 860cSt allow application in cold environments with minimum energy consumption and without seizure risk.
The high resistance to particle contamination because of the double lip vane increases pump life.
The low ripple pressure ±2 bar reduces piping noise and increases life time of other components in the circuit.
