Parker PV016L1D3AYNDL1

Parker PV016L1D3AYNDL1 Specification

Mounting Type
Flange Mount

Theory
Axial Piston

Discharge Pressure
Up to 280 Bar

Speed
Up to 3000 rpm

Head Size
Standard

Inlet/Outlet
Flange

Working Temperature
-20C to +80C

Control System
Manual or Electronic Available

Features
High Efficiency, Compact Design, Robust Construction

Flow Rate
16 cc/rev

Noise Level
Low Noise Design

Material
Cast Iron

Structure
Fixed Displacement

Power
Hydraulic Driven

Standard
ISO / DIN

Pressure
Up to 280 Bar

Usage
Industrial Applications

Application
Injection Molding Machines, Presses, Mobile Equipment

Suction Type
Hydraulic

Seals Type
Nitrile Rubber (NBR)

Priming
Self-Priming

Pump Type
Axial Piston Pump

Capacity
16 cc/rev

Rotational Direction
Clockwise/Counterclockwise

Seal Material
NBR (Standard), FKM (Optional)

Weight
Approx. 6.5 kg

Vibration Resistance
High

Port Connection
SAE Flange

Series
PV Series

Shaft Type
Splined Shaft

Fluid Compatibility
Hydraulic Oil

Model Number
PV016L1D3AYNDL1

Parker PV016L1D3AYNDL1 Trade Information

Minimum Order Quantity
1 Unit

Delivery Time
3 Week

About Parker PV016L1D3AYNDL1

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

PV plus series

Functions

Hydraulic variable-displacement axial piston pump

Design

SAE B-B 1" keyed shaft (CCW counter-clockwise rotation)
through-drive SAE A D82.55mm coupl. shaft
horse power / torque control with pressure control / with NG6 interface top side
Size 1
Rated fluid contamination (ISO) 20/18/15
Fluid optimum viscosity 16-100cSt (max. start-up is 100cSt)
SAE A 2-bolt adaptor
SAE A 9T through-drive coupling shaft
SAE A 2-bolt through-drive coupling flange

Flow

6.3gallons/min (GPM) at 1500rpm
24L/min (LPM) at 1500rpm

Pressure

420bar / 6092psi max. operating pressure

Rated active power (kW)

5.5kW (at 1500rpm) torque control

Rotational speed

50rpm min.
3000rpm max.

Torque

35Nm nominal torque control

Moment of inertia

1600kg.mm2 (0.0016kg.m2)

Connection type

1 x 7/8"-14 UNF drain port "L1"
2 x 7/8"-14 UNF drain ports "L2 & L3"
1 x 7/16"-20 UNF brg. flushing port "L4"

Mounting mode

SAE-B 4-bolt mounting flange (as per ISO 3019/1)

Material

NBR seal / FKM shaft seal

Order code / Manufacturer SKU

PV016L1D3AYNDL1

Manufacturer product status

Commercialized

Displacement volume

16cm3/rev. max. displacement
1in3/rev. max. displacement

Benefits

PVplus axial piston pumps have been designed and optimized for use in heavy duty industrial and marine applications
Wide range of displacements and control options
With an integrated pre-compression volume that ensures reduced pulsation and low noise level
Modular approach and frame size design -- easy conversion and reduced inventory expenditures
Fast response
Exceptionally long service life
High conversion flexibility
Service-friendly
Excellent suction characteristics and high self-priming speeds which provide increased productivity
High self-priming speed
Robust and heavy duty design -- long lifetime and service intervals
Compact design
Accurate and highly dynamic controls result in outstanding response characteristics and productivity improvements
Open circuit with variable swashplate piston pumps
High speed ratings and a wide range of highly responsive controls
Displacements from 16-360 cc/rev which covers wide range of applications and flow requirements
Operating pressures of up to 350bar (continuous) / 420bar (intermittent) -- high power density
HFC capability up to 210bar -- suitable for open circuit hydraulic systems where fire-resistant fluids are required

Engineered for High Performance

The PV016L1D3AYNDL1 axial piston pump from Parker's PV Series delivers outstanding hydraulic performance, ensuring a steady flow rate and discharge pressures up to 280 Bar. Its compact design and robust construction provide reliability even under high vibration environments, making it suitable for demanding applications.

Versatility in Industrial Use

Designed primarily for industrial applications such as injection molding, hydraulic presses, and mobile equipment, this pump is built to handle a variety of hydraulic systems. The optional seals and flange mount allow easy adaptation to specific requirements, ensuring seamless integration into OEM or replacement settings.

FAQ's of Parker PV016L1D3AYNDL1:

Q: How is the Parker PV016L1D3AYNDL1 pump typically used in industrial applications?

A: This pump is commonly utilized in hydraulic systems for machinery such as injection molding machines, presses, and mobile equipment. Its self-priming, high-efficiency design ensures reliable performance in situations that require steady flow rates and high pressure.

Q: What are the benefits of the splined shaft and cast iron body in this model?

A: The splined shaft ensures strong torque transmission, reducing the likelihood of slippage, while the cast iron body offers superior durability and resistance to wear, even in challenging industrial environments.

Q: When should I consider using NBR or FKM seals with this pump?

A: NBR (Nitrile Rubber) seals are standard and recommended for most hydraulic oils and general conditions. For higher temperature resistance, chemical compatibility, or demanding environments, FKM seals can be selected as an optional upgrade.

Q: Where can the Parker PV016L1D3AYNDL1 be installed and operated?

A: This pump is suited to both stationary and mobile hydraulic systems found in factories, construction equipment, and other heavy-duty settings. Its flange mount design enables easy integration into existing machinery setups.

Q: What is the maximum operating pressure and speed for this pump?

A: The Parker PV016L1D3AYNDL1 supports a maximum discharge pressure of up to 280 Bar and can operate at speeds of up to 3000 rpm, making it suitable for a wide range of industrial applications.

Q: How does the pump's dual rotational direction capability benefit users?

A: Being able to operate in both clockwise and counterclockwise directions provides greater flexibility in installation, allowing the pump to adapt to various system requirements and mounting orientations.