High-Pressure Gear Motors KM 1

High-Pressure Gear Motors KM 1 High Pressure Gear Motors KM 1 3 1 Housing 2 Gearing 3 Drive shaft end 4 Flange mounting cover 5 End cover 6 Double gland bearing with special plane bearing bushes 7 Rotary shaft lip-type seals 8 Pressure field sealing for axial clearance compensation 9 Sealing of the housing 10 Drain port Function Accordingly to its configuration – the Design principle is illustrated by the Sectional figure above – the KRACHT External Gear-Type Motor Series KM 1 is classified in the category of the so-called Gland-Type Bearing Motors. All essential functional parts as the gearing...

High-Pressure Gear Motors KM 1 High Pressure Gear Motors KM 1 General Characteristics Pipe connection double gland bearing with multicomponent plane bearing bushes refer to dimensional sheet Fitting position ase hardening steel acc. to DIN 17210 surface hardened and ground 1 NBR rotary shaft lip-type seal ϑ ≤ 90 °C (PU sealing for pressure field) Permissible ambient temperature range 2 FKM rotary shaft lip-type seal ϑ ≤ 100 °C (PU sealing for pressure field) Working Characteristics Working pressures Input side Outlet side p1 max = refer to technical data p2 max = 120 bar Drain pressure Short...

High-Pressure Gear Motors KM 1 High Pressure Gear Motors KM 1 Technical Data Nominal motor displacement Geom. motor displacement Vg cm3/r 4 NL 4 NM max. working speed nmax 1/min NBR FKM Note: Allowed torque for the shaft end follow ! Calculation Formulas for Hydraulic Pumps and Motors Time / Pressure chart Characteristic data, formula signs, units Maximum pressure ‫ ־‬pressure peak Rated pressure pN < 6 s ‫ % 05 ־‬ED see time / pressure chart max. perm. working cycles: 30 / min Pressures as specified are applicable to ν м 30 mm2/s Discharge flow / input flow Pump / motor displacement Pressure...

High-Pressure Gear Motors KM 1 High Pressure Gear Motors KM 1 Guidance for use of the Characteristic Curves Example: M = 45 Nm ➞ ➀ n = 1400 1/min ➁ Required: Torqe output M at speed n Unknown: Pressure difference Δp and the required Input flow Q The Intersection of ➀ and ➁ is the motor working point with: Δ p = 142 bar ➞➂ Q = 32.2 l/min ➃ Input flow Q l/min Characteristic Curves for Type KM 1/5.5 Characteristic values applicable to viscosity ν = 34 mm2/s · Dispersion of the speed values n = ± 75 1/min Dispersion of the torque output M = ± 1.1 Nm at Δp = constant and Q = constant 24 22 Input flow...

High-Pressure Gear Motors KM 1 High Pressure Gear Motors KM 1 Characteristic Curves for Type KM 1/8 Characteristic values applicable to viscosity ν = 34 mm2/s · Dispersion of the speed values n = ± 75 1/min Dispersion of the torque output M = ± 1.6 Nm at Δp = constant and Q = constant 34 32 Input flow Q l/min Characteristic Curves for Type KM 1/11 Characteristic values applicable to viscosity ν = 34 mm2/s · Dispersion of the speed values n = ± 75 1/min Dispersion of the torque output M = ± 2.2 Nm at Δp = constant and Q = constant 50 45 Input flow Q l/min

High-Pressure Gear Motors KM 1 High Pressure Gear Motors KM 1 Characteristic Curves for Type KM 1/14 Characteristic values applicable to viscosity ν = 34 mm2/s · Dispersion of the speed values n = ± 75 1/min Dispersion of the torque output M = ± 2.8 Nm at Δp = constant and Q = constant 60 280 Input flow Q l/min Characteristic Curves for Type KM 1/16 Characteristic values applicable to viscosity ν = 34 mm2/s · Dispersion of the speed values n = ± 75 1/min Dispersion of the torque output M = ± 2.8 Nm at Δp = constant and Q = constant 60 55 Input flow Q l/min

High-Pressure Gear Motors KM 1 High Pressure Gear Motors KM 1 Characteristic Curves for Type KM 1/19 Characteristic values applicable to viscosity ν = 34 mm2/s · Dispersion of the speed values n = ± 75 1/min Dispersion of the torque output M = ± 2.2 Nm at Δp = constant and Q = constant 60 55 Input flow Q l/min Characteristic Curves for Type KM 1/22 Characteristic values applicable to viscosity ν = 34 mm2/s · Dispersion of the speed values n = ± 75 1/min Dispersion of the torque output M = ± 2.8 Nm at Δp = constant and Q = constant 60 55 Input flow Q l/min

High-Pressure Gear Motors KM 1 High Pressure Gear Motors KM 1 Characteristic Curves for Type KM 1/25 Characteristic values applicable to viscosity ν = 34 mm2/s · Dispersion of the speed values n = ± 75 1/min Dispersion of the torque output M = ± 2.8 Nm at Δp = constant and Q = constant 65 Input flow Q l/min

High-Pressure Gear Motors KM 1 High Pressure Gear Motors KM 1 Type Key Second shaft end 0 without X Involute spline Shaft ends F with two parallel flats Mmax = 40 Nm K Taper 1 : 5 Mmax = 160 Nm M Taper 1 : 8 Mmax = 160 Nm S Involute spline SAE-A, DP 16/32, X Involute spline B 17 x 14, DIN 5482, Mmax = 70 Nm Housing ports A Ø 15 with LK 35 C G 1⁄ 2 (on request) D M 22 x 1.5 (on request) J 7/8 – 14 UNF (on request) Q Ø 13.5 with LK 30.2 cover (adaptor pieces) End cover (standard type) End cover with side drain port Adaptor piece for multi-stage pump types KM 1 coupled with KM 1 only Design serial...

High-Pressure Gear Motors KM 1 High Pressure Gear Motors KM 1 G-Flange, Tapered Shaft End Shaft end: taper 1: 5 Hex. lock nut M 12 x 1.5 EN ISO 8675 Curved spring washer B12 DIN 137 Woodruff key 3 x 6.5 DIN 6888 Ordering example: Drain port Input and outlet side equally sized G-Flange, Involute Spline Shaft End Ordering example: Shaft end: involute spline B 17 x 14 DIN 5482 but tooth thickness Sw = 3.206 Addendum modification = + 0.6 Input and outlet side equally sized Drain port Displacement Nominal size

High-Pressure Gear Motors KM 1 High Pressure Gear Motors KM 1 End Cover B End cover B available for all types of motor. Connection of the drain piping optional on the right or left side. Screw plug Drain port SAE A-Flange, Tapered Shaft End Ordering example: Shaft end: taper 1: 5 Hex. lock nut M 12 x 1.5 EN ISO 8675 Curved spring washer B12 DIN 137 Woodruff key 3 x 6.5 DIN 6888 Drain port Input and outlet side equally sized