KCL HYDRAULIC EQUIPMENTS
─ SINCE 1978 ─
KCL HYDRAULIC EQUIPMENTS
─ SINCE 1978 ─
Compatible with Denison's industrial hydraulic T7, T67, and T6 pumps, our advanced KT Series cartridge is designed for drop-in assembly, enabling quick and cost-effective conversion or replacement of serviceable components within minutes—minimizing both downtime and the risk of contamination.
With operating pressures of up to 275 bar achieved in a compact form factor, the system enables downsizing of actuators, valves, and lines—reducing overall costs while extending component lifespan when operating at lower pressures.
Superior efficiency under load, combined with low noise emissions, enhances operator safety and comfort, while also decreasing thermal load and lowering operational costs.
Offering up to 32 configurations for double pumps and 128 for triple pumps, the system supports optimized integration, reducing installation complexity and maximizing performance.
 |
KT6 and KT7 units are capable of intermittent operation at pressures exceeding their continuous rating, provided the time-weighted average pressure does not exceed the continuous duty pressure specification.
The broad speed range of 600 to 2800 RPM, combined with a selection of large cartridge displacements, enables optimized performance with minimal noise in a compact form factor.
Custom installation is facilitated by a variety of options, including cam displacement, shaft configurations, and porting arrangements.
| KT6GC / KT7B, etc. Single Pump | KT6CC / KT6GCC Double Pump |
| KT6CCZ Double Pump | KT6DCC / KT6EDC Triple Pump |
 |
With a low operating speed of 600 RPM, low pressure, and high viscosity capability up to 860 cSt, the KT6*M's system is well-suited for cold environment applications, ensuring minimal energy consumption and eliminating the risk of seizure.
Enhanced resistance to particle contamination—thanks to the double-lip vane design—significantly extends pump service life. Additionally, the low pressure ripple (±2 bar) minimizes piping noise and contributes to the extended lifespan of other components within the hydraulic circuit.
