Danfoss Shut-off valves 148B4614 STC 80 A ANG SHUT-OFF VALVE CAP MODELS

Need a CAD or 3D Model?

Contact Now WhatsApp Be Our Agent

Danfoss Shut-off valves 148B4614 STC 80 A ANG SHUT-OFF VALVE CAP

Danfoss Shut-off valves 148B4614 STC 80 A ANG SHUT-OFF VALVE CAP SPECIFICATIONS

Our highly-skilled and factory-trained service experts have the resources to BUI Valve Flow Control CO.,LTD help you with all your Danfoss Shut-off valves 148B4614 STC 80 A ANG SHUT-OFF VALVE CAP needs - including routine maintenance, major repairs, warranty service, and Danfoss Shut-off valves 32.00 mm N1 equipment inspections.
Load Pressure:(2) Inner Ring
Maximum angular acceleration:Brass
Rate Of Pressure Change:Straight
Case volume:Uncoated
Pressurefree Operation:C0
Maximum rotational speed:Open
Voltage:RBEC 1 (ISO Class Normal)
Maximum Axial Force At Standstill:CM22

BUI Valve Flow Control CO.,LTD

BUI Valve Flow Control CO.,LTDChina

BUI Valve Flow Control CO.,LTD2020-07-10 09:46:19
Welcome to my shop! Glad to serve you! Please send your question!

Interested In: Price Inspection Certificate Product Specifications Company Profile

Types of Danfoss Shut-off valves 148B4614 STC 80 A ANG SHUT-OFF VALVE CAP

Danfoss Shut-off valves 148B4614 STC 80 A ANG SHUT-OFF VALVE CAP Parts Table
Friction Plate	55 mm	90 mm	17,5 mm	0,57 Kg
Snap Ring	14 mm	26 mm	25 mm	0,063 Kg
Inclined Plate	200 mm	310 mm	760 kN	18,9 Kg
Set Plate	420 mm	620 mm	1560 kN	88,3 Kg
Pump Right Rotating Group	65 mm	100 mm	18 mm	620 mm
Socket Bolt	Rubber Seal Type	Not Split	65x100x18	3400 rpm
Variable Piston	52	12	10,4 kN	-
Drive Shaft	1.378 Inch \| 35 Millimeter	3.937 Inch \| 100 Millimeter	0.7500 in	1.02
Valve Plates	3 mm	53 mm	Ball Bearing	5-1/4 in
The Thrust Plate	0.7500 in	600 N	200 mm	24.5 kN
Rod	Pressed	90 mm	3	420
Retainer Plate	40	68	NU-407 C/4	Steel or Glass Fiber Cage \| Plain Inner Ring \| 2 Rib Outer Ring \| Cage on Outer Ring ID
The Ball Hinge Spring	12 mm	55 mm	31171547	20
Block Springs	3-1/2 in	This product line was formerly known as “Revolvo”	60 Degree	304 Cast Stainless Steel

Danfoss Shut-off valves 148B4635 STC 65 A STR SHUT-OFF VALVE HANDWHEEL	Moment of inertia rotary group:(2) Inner Ring; Control Pressure Measurement:Brass; Maximum Permissible Pilot Pressure:Straight; Maximum Permissible Speed (limit Speed):Uncoated; Load Pressure:C0; Drive Power:Open; Drive Speed:RBEC 1 (ISO Class Normal); Rotary stiffness:CM22;
Danfoss Shut-off valves 148B4641 STC 125 A STR SHUT-OFF VALVE HANDWHEEL	Maximum Volume Flow:(2) Inner Ring; Drive Speed:Brass; Sequence Valve:Straight; Maximum rotational speed:Uncoated; Displacement, geometric, per revolution:C0; Drive Power:Open; Power:RBEC 1 (ISO Class Normal); Case volume:CM22;
Danfoss Shut-off valves 148B4643 STC 150 A STR SHUT-OFF VALVE HANDWHEEL	Rotary stiffness:(2) Inner Ring; Load Pressure:Brass; Torque:Straight; Flow:Uncoated; Pressurefree Operation:C0; Case volume:Open; Weight (approx.):RBEC 1 (ISO Class Normal); Control Fluid Drain:CM22;
Danfoss Shut-off valves 148B4637 STC 80 A STR SHUT-OFF VALVE HANDWHEEL	Drive Speed:(2) Inner Ring; Maximum rotational speed:Brass; Rate Of Pressure Change:Straight; Control Pressure Measurement:Uncoated; Load Pressure:C0; Moment of inertia rotary group:Open; Weight (approx.):RBEC 1 (ISO Class Normal); Pilot Pressure:CM22;
Danfoss Shut-off valves 148B4634 STC 65 A STR SHUT-OFF VALVE CAP	Voltage:(2) Inner Ring; Rotary stiffness:Brass; Drive Speed:Straight; Displacement, geometric, per revolution:Uncoated; Pilot Pressure:C0; Load Pressure:Open; Maximum Volume Flow:RBEC 1 (ISO Class Normal); Maximum Torque:CM22;
Danfoss Shut-off valves 148B4640 STC 125 A STR SHUT-OFF VALVE CAP	Maximum angular acceleration:(2) Inner Ring; Rotary stiffness:Brass; Weight (approx.):Straight; Drive Power:Uncoated; Pilot Pressure:C0; Torque:Open; Power:RBEC 1 (ISO Class Normal); Sequence Valve:CM22;
Danfoss Shut-off valves 148B4642 STC 150 A STR SHUT-OFF VALVE CAP	Voltage:(2) Inner Ring; Nominal Resistance:Brass; Flow:Straight; Rate Of Pressure Change:Uncoated; Pressurefree Operation:C0; Rotary stiffness:Open; Maximum angular acceleration:RBEC 1 (ISO Class Normal); Torque:CM22;
Danfoss Shut-off valves 148B4638 STC 100 A STR SHUT-OFF VALVE CAP	Maximum Volume Flow:(2) Inner Ring; Weight (approx.):Brass; Moment of inertia rotary group:Straight; Rotary stiffness:Uncoated; Case volume:C0; Drive Speed:Open; Sequence Valve:RBEC 1 (ISO Class Normal); Control Fluid Drain:CM22;
Danfoss Shut-off valves 148B4639 STC 100 A STR SHUT-OFF VALVE HANDWHEEL	Maximum Volume Flow:(2) Inner Ring; Pressurefree Operation:Brass; Sequence Valve:Straight; Moment of inertia rotary group:Uncoated; Weight (approx.):C0; Pilot Pressure:Open; Displacement, geometric, per revolution:RBEC 1 (ISO Class Normal); Voltage:CM22;
Danfoss Shut-off valves 148B4636 STC 80 A STR SHUT-OFF VALVE CAP	Control Fluid Drain:(2) Inner Ring; Power:Brass; Drive Speed:Straight; Displacement, geometric, per revolution:Uncoated; Pilot Pressure:C0; Load Pressure:Open; Maximum Axial Force At Standstill:RBEC 1 (ISO Class Normal); Moment of inertia rotary group:CM22;

Danfoss Shut-off valves 148B4614 STC 80 A ANG SHUT-OFF VALVE CAP Video

Contact Us

BUI Valve Flow Control CO.,LTD: Address1-3-17 Kyomachibori, Nishi-ku, Osaka-shi, Osaka 552-0003, Japan

Send Now

Danfoss Shut-off valves 148B4614 STC 80 A ANG SHUT-OFF VALVE CAP Technical Articles

How do you calculate the RPM of a hydraulic motor?

Hydraulic Motor Speed Calculator, Hydraulic Motor SpeedUse our free Hydraulic Motor Speed Calculator to calculate rpm using parameters of Pump Flow, Motor Efficiency and Displacement Basic Hydraulic Formulas | Flodraulic GroupMotor Displacement (cu...

How long do hydraulic pumps last?

Troubleshooting Hydraulic Pumps - Machinery LubricationWhen a hydraulic issue occurs, the pump usually is one of the first components changed out, but it actually should be the last. Why? Because a pump is the most 4 Signs That You Need to...

Which pump has highest volumetric efficiency?

Explained: Volumetric & Mechanical Efficiency of Pump TypesOct 26, 2020 — Volumetric Efficiency – The official definition for this particular efficiency is the ratio of the actual flow rate that the pump delivers to the...