Parker C136D3RCF208DDCP0NNBXXXXX

Name: Parker C136D3RCF208DDCP0NNBXXXXX
Brand: H K GLOBAL
Price: 800000.0 INR
Availability: InStock

Parker C136D3RCF208DDCP0NNBXXXXX Specification

Voltage
208V

Theory
Rotary Vane

Mounting Type
Base Mounted

Inlet/Outlet
1 NPT

Caliber
Standard

Features
Thermal overload protection, heavy duty design

Max Suction
27 Hg

Control System
Manual

Speed
1725 RPM

Working Temperature
-10C to +80C

Noise Level
Low

Discharge Pressure
2.8 bar

Frequency
50/60 Hz

Flow Rate
13.6 GPM

Head Size
14.2 ft (4.3 m)

Material
Cast Iron

Structure
Close-coupled

Power
3 HP

Standard
ISO 9001

Fuel Type
Diesel, Kerosene, Biodiesel, Gasoline

Pressure
Max 40 psi

Usage
Industrial/Liquid Transfer

Application
Fuel & Oil Transfer

Suction Type
Positive Displacement

Seals Type
Viton

Priming
Self-priming

Pump Type
Rotary Vane Pump

Capacity
Up to 52 L/min

Impeller Type
Stainless Steel

Protection Class
IP55

Weight
45 lbs (20.4 kg)

Motor Type
Three Phase Induction Motor

Duty Cycle
Continuous

Parker C136D3RCF208DDCP0NNBXXXXX Trade Information

Minimum Order Quantity
1 Unit

Delivery Time
3 Week

About Parker C136D3RCF208DDCP0NNBXXXXX

Specifications

Primary brand

Parker Hannifin

Main function

Hydraulic pump

Product series / family name

Pumps (hydraulic) > Variable displacement > Axial piston pumps > High pressure

Sub-range name

C series

Functions

Hydraulic axial closed-circuit variable-displacement piston pump

Design

2 x cross port relief vlv.
SAE D 13T splined shaft (CW rotation)
through-drive SAE B 13T coupl. shaft
side ports
12Vdc electric proportional control with internal feedback
0.8mm control orifice
hydraulic internal pressure override
400bar / 5800psi override
25bar / 362psi charge relief pressure setting
27.3cm3/rev / 1.65in3/rev charge pump
charge filter with 8bar / 116psi mechanical bypass indicator
100% A side set displacement
100% B side set displacement
for closed circuit application
Rated fluid contamination (ISO) 20/18/15
Fluid optimum viscosity 15-40cSt (rated for 10cSt min. - 800cSt max.)
SAE B 13T through-drive coupling shaft
SAE B 4-bolt through-drive coupling flange

Flow

102gallons/min (GPM)
387L/min (LPM)

Pressure

420bar / 6092psi max. operating pressure
450bar / 6525psi pressure relief for "A" side cross port
450bar / 6525psi pressure relief for "B" side cross port

Rated power

259kW continuous power consumption

Rated power (HP)

347kW continuous power consumption

Rotational speed

500rpm min.
2850rpm continuous input speed

Torque

858N.m / 632lb/in2 continuous max. torque at max. displacement

Moment of inertia

40000kg.mm2 (0.04kg.m2)

Connection type

1 x 1-1/4" SAE Code 62 flange / port "A"
1 x 1-1/4" SAE Code 62 flange / port "B"
2 x -16 O-Ring Boss Seal (SAE-ORB) ports "L1" / "L2"
2 x -20 O-Ring Boss Seal (SAE-ORB) ports "FA1 / FA2"
1 x -12 O-Ring Boss Seal (SAE-ORB) port "L3"

Mounting mode

SAE-D 2-bolt or 4-bolt mounting flange

Material

FKM seals

Ambient air temperature for operation

-13F...+194F / -25C...+90 C

Order code / Manufacturer SKU

C136D3RCF208DDCP0NNBXXXXX
05F-05274-5

Manufacturer product status

Commercialized

Equivalent to

05F-05274-5
05F052745

Displacement volume

136cm3/rev. max. displacement
8.3in3/rev. max. displacement

Benefits

C series variable displacement piston pumps have been designed for use in closed circuit hydrostatic applications
Engineered for heavy-duty mobile equipment applications
The flow direction is controlled by a rugged swash plate and bearing design
Featuring a rugged design - wide range of controls and proven protection from pressure overloads for increased performance
Units are rated to operate at pressure up to 420bar / 6090psi
With 2 cross-port relief valves for pressure overload protection
The charge pump circuit features a gerotor pump with three displacement options
Durable construction and a compact footprint for added flexibility
Durable swash plate and bearing design
They boost reliability and uptime
C Series adds versatility with multiple displacement options and ability to perform with a variety of control options
Increased reliability
Compact and modular design

Heavy-Duty Performance for Industrial Needs

Built for continuous operation, the Parker C136D3RCF208DDCP0NNBXXXXX excels in demanding environments. With a 3 HP motor, rotary vane technology, and thermal overload protection, it ensures safe and efficient fuel transfer. Its high suction power (27 Hg) and flow rate of 13.6 GPM support quick and reliable distribution in industrial and commercial settings.

Versatile & Durable Construction

This pump is engineered with a cast iron body for durability, while the stainless steel impeller and Viton seals secure superior chemical compatibility and longevity. Complying with ISO 9001 standards and equipped with IP55 protection class, it is well-suited for rigorous operations and harsh environments, delivering consistent results year-round.

FAQ's of Parker C136D3RCF208DDCP0NNBXXXXX:

Q: How does the self-priming feature of the Parker C136D3RCF208DDCP0NNBXXXXX benefit industrial operations?

A: The self-priming capability ensures that the pump can efficiently start up and maintain fluid transfer without manual intervention, reducing downtime and streamlining the liquid transfer process, even if the system experiences air pockets.

Q: What types of fluids can this rotary vane pump handle?

A: The pump is compatible with multiple fluids including diesel, kerosene, biodiesel, and gasoline, making it ideal for use in fuel and oil transfer applications across industrial, commercial, and trading platforms.

Q: When is this pump best suited for use?

A: This model is specifically designed for continuous-duty industrial applications where consistent liquid transfer, durability, and efficiency are required-such as in refueling stations, bulk liquid handling, or manufacturing environments.

Q: Where can the Parker C136D3RCF208DDCP0NNBXXXXX be installed?

A: Its base-mounted design allows secure installation in fixed industrial setups, especially in facilities that manage fuel or oil transfer, such as depots, factories, or storage yards.

Q: What is the process for maintaining the pump's optimal performance?

A: Regular inspection and maintenance, including checking the Viton seals and the stainless steel impeller, ensuring the motor stays free from dust and debris, and verifying electrical connections, will keep the pump running efficiently and extend its service life.

Q: How does the IP55 protection class enhance the pump's safety?

A: With IP55 protection, the pump's components are safeguarded against limited dust ingress and water jet exposure, making it resilient to the typical hazards encountered in industrial environments.