✖

Home

Stock Categories

Technical Articles

Bosch Rexroth A10VO Piston Pumps

Bosch Rexroth A4V Variable Pumps

Kawasaki K5V Hydraulic Pump

Home>Products>Kawasaki K5V Hydraulic Pump>K5V140DT-104L-2P29 KAWASAKI K5V HYDRAULIC PUMP

KAWASAKI K5V140DT-104L-2P29 MODELS

Need a CAD or 3D Model?

What is K5V140DT-104L-2P29 bearing interchange？

Contact Now WhatsApp Be Our Agent

K5V140DT-104L-2P29 KAWASAKI K5V HYDRAULIC PUMP

Name: K5V140DT-104L-2P29 KAWASAKI K5V HYDRAULIC PUMP
Brand: KAWASAKI
SKU: K5V140DT-104L-2P29
Rating: 4.9 (5 reviews)

KAWASAKI K5V140DT-104L-2P29 Bearing SPECIFICATIONS

170 Million used K5V140DT-104L-2P29 KAWASAKI K5V HYDRAULIC PUMP instantly searchable. Shop our large selection BOSCH REXROTH A10VO PISTON PUMPS SUPPLIER of parts based on brand, price, description, and location. Order the Kawasaki K5V Hydraulic Pump with stock ... 58.95 mm d1 ≈
Brand Name:KAWASAKI
Model Number:
K5V140DT-104L-2P29
d1 ≈:58.95 mm
d:45 mm
r3,4 min.:1.1 mm
Mass angle ring:0.052 kg
B2:8.5 mm
B1:5 mm

BOSCH REXROTH A10VO PISTON PUMPS SUPPLIER

BOSCH REXROTH A10VO PISTON PUMPS SUPPLIERChina

BOSCH REXROTH A10VO PISTON PUMPS SUPPLIER2020-07-10 09:46:19
Welcome to my shop! Glad to serve you! Please send your question!

Interested In: Price Inspection Certificate Product Specifications Company Profile

K5V140DT-104L-2P29 KAWASAKI K5V HYDRAULIC PUMP Specifications

d1 ≈:58.95 mm
d:45 mm
r3,4 min.:1.1 mm
Mass angle ring:0.052 kg
B2:8.5 mm
B1:5 mm

KAWASAKI K5V140DT-104L-2P29 K5V140DT-104L-2P29 KAWASAKI K5V HYDRAULIC PUMP Code system

KVAA7VO80DRS/63R-MSC67 BOSCH REXROTH KVA7VO HYDRAULIC PISTON PUMP	Pu:2670 kN; with cylindrical bore:600 min-1; B:160 mm; with tapered bore:750 min-1; Grease:5230 kN; d:300 mm; rs (min):4 mm; Dynamic (Cr):7.5 mm; D:460 mm; Oil:427.320 kN; Static (Cor):13.9 mm;
PR105T/4220007525 LINDE PR HYDRAULIC PUMP	r1,2 min.:3 mm; Calculation factor Y0:0.7; D:105 mm; d1 ≈:84.1 mm; Mass bearing:0.76 kg; C:18.5 mm; da max.:73 mm; Basic static load rating C0:137 kN; B:23 mm; Cb min.:5.5 mm; Calculation factor e:0.46; Da min.:93 mm; a:23.44 mm; r3,4 min.:1 mm; Fatigue load limit Pu:16 kN; Db min.:101 mm; Reference speed:5000 r/min; d:65 mm; Dimension series:LM 710900; rb max.:1 mm;
PR186T/4240007525 LINDE PR HYDRAULIC PUMP	ba:34.925 mm; Housing:FSAF 518; End plug (suffix Y):EPR 11; J max.:295.275 mm; A1:98.425 mm; Stabilizing ring:2 x SR-1518; h:38.1 mm; L:349.25 mm; R2:27.781 mm; J min.:263.525 mm; R1:60.325 mm; Da:160 mm; H2:41.275 mm; da:79.375 mm; P90°:60.9 kN; P120°:38.3 kN; Cap bolt, SAE grade:5; Cap bolt:2 x 5/8-11 UNC; Labyrinth ring:2 x LOR 187; N1:19.05 mm;
MPR43-01/5300002554 LINDE MPR HYDRAULIC PISTON PUMP	rs (min):2.5 mm; Dynamic (Ca):212.4 kN; r2s (min):0.6 mm; Pu:33.510 kN; D:150 mm; d2:85 mm; Static (Coa):290.2 kN; C:30 mm; a:34 mm; T:38.5 mm; r1s (min):2 mm; B:36 mm;
A8VTO107LR3DS-60R1-NZG05K01-S BOSCH REXROTH A8VTO AXIAL PISTON VARIABLE DOUBLE PUMP	Basic Dynamic Radial Load Rating C:7610 N; B:9.00 mm; Fillet Radius rb:0.15 mm; Grease Speed Rating n1:16000 rpm; D:42.0000 mm; Basic Static Radial Load Rating Co:5300 N; d:25.000 mm; Oil Speed Rating n2:19000 rpm; Fillet Radius ra:0.30 mm;
K5V200DTH10JR-9C1Z-VT KAWASAKI K5V HYDRAULIC PUMP	da min.:101 mm; ra max.:2 mm; Fatigue load limit Pu:27 kN; Da max.:149 mm; d:90 mm; r3,4 min.:2 mm; Limiting speed:7500 r/min; F:107 mm; Mass bearing:2.65 kg; r1,2 min.:2 mm; s max.:1.8 mm; da max.:104 mm; Axial load factor Y:0.6; B:30 mm; Basic dynamic load rating C:208 kN; db min.:117 mm; Limiting value e:0.2; d1 ≈:114 mm; D:160 mm; Calculation factor kr:0.23;
KVA7VO55DRS 63L-MEK64 BOSCH REXROTH KVA7VO HYDRAULIC PISTON PUMP	B:27 mm; d2 (max):65.8 mm; s:1.5 mm; b1:13 mm; r1s (min):2 mm; Pu:9.680 kN; Static (Coa):79.4 kN; b:8 mm; D:110 mm; F:58 mm; rs (min):2 mm; Dynamic (Ca):92.6 kN; E:92 mm; d2:40 mm;
K7V63DTP112R-0E33-PVD KAWASAKI K7V HYDRAULIC PUMP	D:130.0000 mm; Fillet Radius ra:2.00 mm; Basic Dynamic Radial Load Rating C:90400 N; d:60.000 mm; Basic Static Radial Load Rating Co:64000 N; Oil Speed Rating n2:6000 rpm; Grease Speed Rating n1:4500 rpm; B:31.00 mm;

No.	Brand	D	w	A	K	T	E	s	G
KVA7VO107DRS-63R-MEK64-S-C	BOSCH REXROTH	-	-	-	-	-	-	-	-
K5V200DTH150R-9N1Y-V	KAWASAKI	650 mm	-	-	12 mm	-	-	-	-
MPR43-01/5300002551	LINDE	170 mm	-	-	-	-	-	-	-
BPR186-01/2280002561	LINDE	-	-	-	-	-	-	-	-
K5V140S-105R-5P09	KAWASAKI	-	-	53.975 mm	-	-	-	25.4 mm	-
K5V200DTH10ZR-9N0Z-V	KAWASAKI	225.0000 mm	-	-	-	-	-	-	-
A7VSL1000HD51LZHOD-SO	BOSCH REXROTH	41.275 mm	-	-	-	-	-	-	-
K5V80DTP1LHR-9C05	KAWASAKI	-	-	-	-	-	-	-	-
KFA2FO125-63-MEK64	BOSCH REXROTH	140.0000 mm	-	-	-	-	-	-	-
BPR186-01/228000256	LINDE	-	-	-	-	-	-	-	-
HR16-9/4170005158	LINDE	-	-	-	-	-	-	-	-
KFA2FO56-61-MEK64-S	BOSCH REXROTH	18 mm	-	-	-	-	-	-	-
KFA2FO45/61R-DEK64	BOSCH REXROTH	-	-	-	-	-	-	-	179.476 mm
AA7V-SL500LV51RZFOD	BOSCH REXROTH	-	-	-	-	-	-	-	34.95 mm
K5V80DT-1LCR-9C05	KAWASAKI	-	-	-	-	-	-	-	-
A8V28SR2R111G1	BOSCH REXROTH	-	-	-	-	-	-	-	M 35x1.5
PR75T/4210005101	LINDE	80 mm	-	-	-	-	-	-	-
KFA2FO32/61R-DEK64	BOSCH REXROTH	-	-	-	-	-	-	-	-
K5V140DTP1B9R-9N1C	KAWASAKI	62.0000 mm	-	-	-	-	-	-	-
PR105T/4220005101	LINDE	-	-	35 mm	-	53.3 mm	-	-	-
K5V200S-165R-4	KAWASAKI	1535 mm	-	-	-	-	-	-	-

K5V140DT-104L-2P29 KAWASAKI K5V HYDRAULIC PUMP Video

K3V/K5V/K7V - Kawasaki Precision Machinery

The K3V/K5V/K7V pump range has been specifically designed to meet the demands of hydraulic excavators and other mobile machinery.

Kawasaki K5V Search by PUMPS - MH Hydraulics

MH Hydraulics. Log in. Log in. Email address / Contact No : Password : ... Kawasaki K5V Search by PUMPS. 75 results. Show filters Hide filters. Brands.

Kawasaki Replacement Spare Parts - Hydraulex

Stocking OEM Kawasaki Hydraulic Parts for: K3V63, K3V112, K3V140, K3V180, K3V280, K5V140, K5V160, K5V200, MB750, MX750, and many more. Get a Free Quote now!

K3V / K5V series | Kawasaki Heavy Industries, Ltd.

The K3V / K5V series are variable displacement axial piston pumps of swash plate design, suitable for use in mobile applications such as Excavators, Cranes, ...

Kawasaki K3V, K5V, K7V Axial Piston Pumps

The Kawasaki K3V | K5V | 7V pump range meets the demands of hydraulic excavators and other mobile machinery and industrial vehicles.

Swash-plate Type Axial Piston Pumps for Open Circuits in ...

by Kawasaki's hydraulic school. ... approval by Kawasaki. It may cause troubles ... (viewed from shaft end). •Variation of pump displacement. K3V. K5V.15 pages

Hydraulic main pump K3V, K5V series Kawasaki | FAQ

Control valve spools are neutral, High negacon pressure comes up to pilot piston. The pilot piston makes spool move to decrease oil flow. ... When move spools, ...

Hydraulic axial piston pump - K5V series - DirectIndustry

Find out all of the information about the Kawasaki Precision Machinery product: hydraulic axial piston pump K5V series. Contact a supplier or the parent ...

KAWASAKI K5V140DT-104L-2P29 INTERCHANGE

Kawasaki K5V Hydraulic Pump Part series K5V140DT-104L-2P29 is a potential replacement for these common bearing part numbers:

NSKK5V140DT-104L-2P29
SKFK5V140DT-104L-2P29
NTNK5V140DT-104L-2P29
FAGK5V140DT-104L-2P29
TIMKENK5V140DT-104L-2P29
KOYOK5V140DT-104L-2P29
NACHIK5V140DT-104L-2P29
DODGEK5V140DT-104L-2P29

Contact Us

BOSCH REXROTH A10VO PISTON PUMPS SUPPLIER: Address; Phone(Working Time); Fax

KAWASAKI K5V140DT-104L-2P29 Technical Articles

What is the difference between centrifugal pump and axial pump?

What Are the Differences Between Pump Types?Centrifugal Pumps · Axial Flow: · Radial Flow: The radial flow impeller discharges the fluid radially at 90° to the shaft axis. · Mixed Flow: The mixed flow Positive Displacement Pump versus Centrifugal Pump....

What's one disadvantage of a piston style pump?

Definition of pumps-All types of pumps definitions-Advantages Oct 7, 2020 — By delivery type: Single vane pump; Double vane pump. -Piston pump. Axial piston pump. Radial piston pump. -Centrifugal pump. -Screw pump. Advantages and Disadvantages of a...

How does a variable displacement pump change output flow?

The Basics of Variable-Displacement Pump ControlsNov 14, 2016 — The amount of flow that each pump can provide is dependent on a rotating group of pistons. By varying the stroke of the pistons, we adjust the How does a variable-displacement piston pump...