sy(h)dfe – electronic control system for pressure and flow
TRANSCRIPT
2 Power on demand
Intelligent pump control system provides power on demand
Optimum power density, impact and overload robustness, force holding without consuming energy: Hydraulics have numerous physical advantages which make them valuable to mechanical engineering. With a broad range of control systems, Rexroth taps into state-of-the-art automation for hydraulic drives. Here, the experience gained through thousands of applications is particularly valuable. Our expertise considerably simplifies engineering and ensures quick, flexible and reliable solutions.
3 Power on demand
The SY(H)DFE electro-hydraulic pump system for the precise and dynamic control of pressure and flow on demand as well as for power limitation, is based on Rexroth's extensive, tried-and-tested range of A10 and A4 axial piston pumps. The stepless adjustment device of the pump and, if required, also of the drive motor, functions like a hydraulic gear. The system opens up new degrees of freedom regarding energy efficiency, precision and flexi-bility. Thanks to reduced throttling losses in the hydraulic system and the closed-loop speed control of the pump drive, users save up to 80 percent of energy compared to constant systems.
The software by Rexroth is based on tens of thousands of applications and automatically compensates for all the special requirements of fluid technology. With analog or open interfaces to CANopen and all commonly used real time Ethernet protocols, the hydraulic system by Rexroth can be seamlessly integrated in state-of-the-art machine designs.
SY(H)DFE control pumps have proven to be extremely robust and versatile with over 250,000 installed units. Through continuous further development, Rexroth created a modular solution which ensures that the pumps, which are finely scalable regarding function and power, fulfill the requirements of many different industries: Plastic machines, presses, metallurgy and special machinery.
Energy requirement
–80%
Energy conservation p/Q
DFEnSpeed is reduced in partial load operation
DFEThrottle losses are
avoided
Advantages at a glance ▶ Pressure/flow control with high dynamics ▶ Highly accurate stepless closed-loop control
through extensive controller functions ▶ Electronics option for constant or variable speed
systems ▶ Less space required thanks to the compact design
of the pump control system ▶ Power consumption reduced by up to 80% through
the minimization of throttling losses, which also lowers the cooling needs
▶ Noise development reduced by up to 20 dB (A) ▶ Reduced commissioning effort thanks to completely
mounted, set and tested SY(H)DFE systems ▶ Increased system availability thanks to automatic
calibration and diagnosis options
4 Demand-driven closed-loop control
The SY(H)DFE control pumps have a strictly modular design. The broad range of A10 and A4 axial piston variable displacement pumps, which have been tried and tested hundreds of thousands of times in machinery and systems, form the basis. The electronics, in the control cabinet or integrated in the pump, close the control loop in the periphery.
Perfectly controlled pressure, flow and power at all times
Pressure
p
p Command value
p Actual value
Flow control Pressure control
Flow
α Command value
α
α Actual value
Flow control Pressure control
Power
p
p Command value
Flow command value
100%
100%
Hydr. power
Actuator
sU
sU
sU
SYDFE best-in-class controller (control electronics)
Pressure Actual value
Pressure Command value
Flow Command value
Swivel angle Actual value
Pressure controller
Flow controller
Minimum value generator
Valve controller
n calculation
5 Pump portfolio
SY(H)DFEE SY(H)DFEC SY(H)DFEn SY(H)DFEDSYDFE1
Digital electronicsAnalog electronics
External electronics
Constant speed
Analog interfaces
CANopen Multi-Ethernet
Variable speed
On-board electronics
A10 A10 A10 A10 A10
A4 A4 A4 A4
Preload valve SYDZ with integrated
pressure limitation
Pressure transducer HM20
Pilot valve with integrated control
electronics
Swivel angle sensor
Axial piston pump SYDFE
Modular system with numerous variantsSY(H)DFE fulfill many different requirements regarding function and power. Machine and system manufacturers use them to create customized solutions with economical standard assemblies and functionalities.
Per feed/pressing process ▶ Simultaneous setting of maximum pressure and flow/velocity ▶ Following of the velocity profile at low pressure in the feed ▶ Automatic transition to pressure control if system pressure
increases ▶ Maintains the pressure command value with narrow swivel
angle in the pressing process
Constant speed
6
Scalable functions for individual applications
Scalability
During continuous further development, a modular system was created which opens up high degrees of freedom for designers to tailor SY(H)DFE control systems precisely to the requirements of their application regarding function and power. At Rexroth, “scalable” stands for a broad selection of different pre-configured pump sets. The DFE pump systems are based on the extensive and powerful axial piston pump program by Rexroth.
▶ The broad range of pump versions with various electronics (analog or digital, on-board or remote) and standardized mechanical and electrical interfaces allows for flexible use.
SYHDFE NG355
SYDFE NG18The base pumps are A10VSO of series 31 and 32 with a pres- sure range up to 280 bar and A4VSO for the high pressure range with up to 350 bar permanent pressure. Rated vol-umes of 18 to 355 ccm cover a broad power spectrum. Due to their universal through-drives, A10 series 32 and A4 pro- vide various possibilities for combining the pumps, accord-ing to the application.
Ideally suited for retrofitting applicationsEven systems which are already installed can work in a more precise, dynamic and energy-efficient manner after retrofit-ting with a SY(H)DFE control system. Electric motor, pump, coupling, piping, pump carrier and pressure sensor remain unchanged. Only the high-response valve with on-board electronics and swivel angle sensor have to be exchanged. After commissioning with help of machine control and the IndraWorks DS or WIN-PED software, the pressure and flow control system is immediately ready for operation and pro-vides enhanced control accuracy and energy efficiency.
▶ Thanks to different through-drive versions, several pumps can be connected. In this way, users can combine the pumps from the broad Rexroth portfolio in almost any way
7 Scalability
SizeNominal pressureThrough-driveSpeed* at VgmaxQmaxPowerDirection of rotationSpeed* High-speed at VgmaxQmax High-speedPower High-speed
A10 series 32 A4
18, 28, 45, 71, 100, 140280 barstructural3,300 – 1,800 rpm59 – 252 l/min30 – 118 kWR/L (structural)
45, 71, 100, 140, 180280 baruniversal1,800 rpm81 – 342 l/min60 – 151 kWR/L (structural)3,300 – 2,200 rpm
135 – 308 l/min63 – 144 kWnoise-optimized compared to series 31
40, 71, 125, 180, 250, 355350 baruniversal2,600 – 1,700 rpm104 – 604 l/min61 – 352 kWR/L (structural)
A10 series 31
* Maximum speeds depend on swivel angle and frame size
8 Engineering using IndraWorks
Rexroth has gathered unique knowledge of the interaction between hydraulics and Motion Control technology. Based on this knowledge, the control strategies for hydraulic and hybrid drives have been optimized by our software engineers. They follow one simple principle: plug and produce.
Switch on, parameterize and start
The large number of electrical and standardized mecha-nical interfaces ensures easy integration into various machine designs. From parameterization to commissioning to diagnosis, the intuitive engineering tool IndraWorks accelerates the process of developing an individual drive solution. The consistent engineering environment for all Rexroth systems standardizes the handling of PLC, Motion and all drive technologies.
A large number of freely accessible parameters, down to the controller structure, allows for precise setting of the system. In connection with the parameter change, it is possible to optimize various processes in a highly precise manner. Thanks to the integrated automatic calibration, the control behavior of the SY(H)DFE systems can always be reproduced. Zero point drift of the pressure sensor, swivel angle offset, valve offset and pump leakage are corrected automatically in this function. The data recorded in this process are made available via the digital communication interface. The data can be used for condition monitoring in the machine control. Users detect wear earlier and are able to plan targeted maintenance measures to prevent machine downtime.
Through parameter changes alone, the hydraulic gear step- lessly provides various working points and considerably simplifies the change-over to new tasks. One touch of a finger is enough
IndraWorks
9
Best in Class Control
Hydraulic Gear
Q Volumenstromregler
Master-Slave
Integrated best-in-class controllers
General functions
Digital functions
n functions
Q
Flow controller
Excellent dynamic properties ensure short control times
p/Q controllerp/Q controller: Autonomous transition from flow to pressure control
Multi-EthernetSupport of standard communication protocols provides flexibility for the integration into a multitude of system topologies
Parameter set
switch-over
Intelligent switch-over between pre-defined parameter sets during operation
Condition monitoring Enhanced monitoring functions for increased system availability
Teach-in modeTeach-in mode for cyclic applications (incl. relearning function)
Hydraulic GearReal-time modeThe use of axial piston pumps with stepless adjustment enables downsizing of the drive system
Real-time mode for acyclic applications
Variable actuatorsVariable actuators: Suitable for any application
Master-Slave
Multiple pumps
With master/slave, intelligently connected drive systems can cover higher performance ranges
Power limitationPower limitation is application-specifically adjustable
Application-optimized software for highly dynamic position and force control in connection with a higher-level control system
Force control
Best-in-class controller
10 Hydraulic Gear
Hydraulic Gear: Energy conservation, noise reduction, downsizing
The combination of closed-loop speed control and swivel angle adjustment of the pump opens up new energy conservation possibilities. And that's not all: The steplessly adjustable “Hydraulic Gear” system requires significantly lower installed power.
In connection with the variable speed pump drives, the power consumption of hydraulic systems is reduced by up to 80 percent when compared to constant systems. The decisive parameter is the time share of partial load oper-ation in the cycle. The SY(H)DFEn software constantly calculates the optimum combination of swivel angle and speed for the entire drive train on the basis of the required pressure. With the pressure drop between high-pressure and low-pressure side and with the swivel angle or the
stroke volume of the pump, the pump torque increases. The volume is proportional to swivel angle and drive speed. With a swivel angle of zero, the displacement is zero. This reduces the torque required of the motor to a minimum. The reduction of the torque at low flow and the swiveling back of the variable displacement pump during pressure-holding operation reduce the motor load.
◀ Hydraulic Gear100
20
0
∼=
Energy conser-vation p/Q
Energy conser-vation DFE – by avoiding throttle losses
Energy conser-vation DFEn – by reducing the speed in partial load operation
Useful energy
Pump lossesHeating of the motor
Converter losses
Actuators
SYDFEn
Total energy
–80%
11
Hydraulic GearHydraulic Gear
Hydraulic Gear
Pres
sure
[%
]
Flow [%]0 15 100
100
80
25
90
6.7 kW
250 1,000 1,500 2,000 3,00075
Noi
se [
dB(A
)]
Speed [rpm]
Noise optimization
Noise optimization
270 bar
10 bar
In addition, the closed-loop speed control also reduces the mean noise emissions by up to 20 dB(A). In this way, sec-ondary noise protection measures can often be omitted.
The result: In numerous applications SY(H)DFE systems do not only consume significantly less energy. In addition, an electric motor of a smaller frame size is often sufficient. The downsizing reduces the system costs and further re- duces power consumption.
Hydraulic Gear
0 50 100 150 200 250
1
2
3
4
5
6
7
8
Pressure p1 [bar]
Elec
tric
pow
er c
onsu
mpt
ion
p el [
kW]
Variable displacement pump with n = 1,500 rpm
Fixed displacement pump + VFD
Variable displacement pump + VFD (Hydraulic Gear)
◀ Downsizing using a press drive as an example: With the same working capacity, the installed power of 37 kW of a fixed displacement pump is reduced to only 11 kW with an SY(H)DFE solution. The power limitation protects the motor against overload P(kW) = Q(l/min) · p(bar) : 600
AP close/feed: Qmax = 80 l, p = 50 bar → P = 6.67 kWAP press: Q = 15 l, p = 250 bar → P = 6.25 kWn = 3,000 rpm
NG = Q/n; NG = = = 0.02667 dm3 → NG28
Fixed displacement pump:
Variable displacement pump:
P(kW) =Q(l/min) · p(bar)
600 Q(l/min) =NG(ccm) · n(rpm)
1,000
P(kW) =84 l/min · 250 bar
600= 35 kW
Standard motor = 37 kW
P = P(max) = 6.67 kWStandard motor = 11 kW
80 l/min3,000 rpm
Qn
Fixed displacement pump 37 kW
Variable displacement pump 11 kW
12 Modular solution
Always perfectly tailored to the application: A broad range of analog and digital control variants fulfills highly diverse requirements in an economic and fitting way. The SY(H)DFE modular solution includes analog and digital electronics which are either installed in the control cabinet or integrated in the pump. In this way, they can be seamlessly integrated in the most diverse applications and ensure the precise control of hydraulic systems in an economical manner.
Robust and simple Environment
13
p U
PLC
OBE
p U
PLC
p U p U
PLC
p U
p U
OBE OBE
OBE
OBE
PLC
p U
PLC
OBE
Q
Q1 Q2Qtotal
Modular solution
SYDFE1With the analog controlled SYDFE1, the electronic card VT5041 is installed separate from the pump in a control cabinet. This means that this variant is particularly suited for use in harsh environments, at high temperatures up to 60 °C or under oil. To exchange the electronics, no work at the pump is required.
SY(H)DFEE – analog on-board electronics The electronics integrated in the pilot valve reduce the wiring effort. The very short lines also reduce the effort for EMC measures. Rexroth supplies the system as completely mounted and adjusted units which are ready for installation. This variant is designed for high ambient temperatures of up to 60 °C.
SY(H)DFEC – digital on-board electronicsThe advantages of analog and digital connection via CANopen are combined by SY(H)DFEC. With the automatic calibration and a parameterizing software incl. scope func- tion, it simplifies commissioning and maintenance. The signal exchange with the control system is either analog and/or via a CANopen interface. With all systems, multi-circuit and master/slave variants can be built either using multiple pumps or combinations of several motor pump groups.
Externalelectronics
On-boardelectronics
14
Teach-in mode Real-time modeHydraulic GearHydraulic Gear
PLC
3∼3∼
OBE
p U
PLC
p U Up
OBE OBE
Q1 Q2
VFD
QFilter
Digital
SY(H)DFEn – variable-speedBased on a digital SY(H)DFE system, the signals are ex- changed with the control system via analog and CANopen interfaces. Identical mechanical interfaces allow for the simple modification of a SY(H)DFE to a variable-speed SY(H)DFEn system. A lower speed within the partial load range re- duces the energy losses and noises from pump and electric motor. The SY(H)DFEn control system, combined with a standard frequency converter, additionally reduces the speed while controlling pressure and delivery volume when the flow demand is low.
The speed command value for the frequency converter is calculated in the OBE.
Prepared for changing energy requirements: The teaching of cyclic movements increases the dynamics
Maximum efficiency due to the permanent calculation of the ideal speed including boost function
The use of axial piston pumps with stepless adjustment enables downsizing of the drive system
Hydro-Gear DFEn: The combination of closed-loop swivel angle control and speed adjustment of the pump opens up new energy conservation possibilities. The DFEn calculates the optimum efficiency for speed and swivel angle based on the working point.
SY(H)DFEn:Intelligent variable-speed pump system
n function
Due to the scalability of size and power, multi-circuit systems can be put together – this is currently unique on the market
15
Master-SlaveMaster-Slave
Multiple pumps
Digital
Everything fits together perfectly: pump, frequency converter, software. Simply switch on and save energy!
Sytronix DFEn: The complete solution with variable speed
Sytronix DFEn 5020 ▶ up to 90 kW ▶ SYDFEn ▶ Asynchronous motor ▶ Frequency converter EFC
Retrofit
Features for intelligent pump drives
Pre-configured
motor-controller unit
Existing pump systems can be converted for energy efficient and noise-optimized opera-tion with minimum effort
The use of double pump systems enables down- sizing of the drive system while cooling and filtra- tion functions in the hydraulic circuit can be transferred
Integrated motor and pump models further optimize open-loop control. Your advantage: quicker commissioning, better dynamics and efficiency
Sytronix DFEn 7020 ▶ over 90 kW to 315 KW ▶ SYDFEn ▶ Asynchronous motor ▶ Servo drive HCS
16
p U
OBE
PLC
- Engineering IndraWorks - Variable-speed variant
Digital
SY(H)DFED: Multi-Ethernet for complete interconnection Industry 4.0 is no longer an academic discussion. Instead, the interconnection of all automation components is being accepted more quickly than many expected. An important key feature: Real-time Ethernet interfaces. With SY(H)DFED, users are on the safe side since this variant supports all commonly used protocols: Sercos, EtherCAT, VARAN, PROFINET, EtherNet/IP and Powerlink on one hardware. In this way, new possibilities for communication, diagnosis and parameterization are provided.
A high-performance oscilloscope function supports the commissioning and optimization, diagnosis and troubleshooting of systems which are already installed. Using the Ethernet-based connection, service engineerscan read out data online, independent of the location andwith the appropriate authorization.
▶ HS5 control system - control cabinet module HPC, IP20 - up to 1,000 ccm - up to 450 (650) bar - A4/VSO, VSG, VBO, CSG - 4-quadrant operation - CE according to EMC
◀ SY(H)DFED control system - OBE IP65 - up to 355 ccm - up to 350 bar - A4VSO, A10VSO 31/32 - 2-quadrant operation
Control system A4VS. HS5 – with external electronics module VT-HPCFor particularly powerful applications, with pumps with a displacement of up to 1,000 ccm and a maximum pressure of up to 650 bar, Rexroth provides the control system HS5 with an external electronics module. It also supports all commonly used Ethernet protocols. In this way, Rexroth exploits all the advantages of interconnection to create an intelligent, powerful and energy-efficient hydraulic system.
SY(H)DFED Multi-Ethernet
Multi-Ethernet for complete interconnection
17 Product range
Platform SYHDFEE SYHDFEC SYHDFEn SYHDFED
A4VSO
Hydraulics
System series 1X 1X 1X 1X
Base pump A4VSO A4VSO A4VSO A4VSO
Operating pressure 350 bar 350 bar 350 bar 350 bar
Fluid HL, HLP HFC HL, HLP HFC HL, HLP HFC HL, HLP HFC
Size 40 - 355 71 - 355 40 - 355 71 - 355 40 - 355 71 - 355 40 - 355 71 - 355
Max. flow l/min * 104 - 604 156 - 533 104 - 604 156 - 533 104 - 604 156 - 533 104 - 604 156 - 533
Rated speed rpm * 2600 - 1700 2200 - 1500 2600 - 1700 2200 - 1500 2600 - 1700 2200 - 1500 2600 - 1700 2200 - 1500
High-response valve VT-DFPE-2X VT-DFPC-2X VT-DFPn-2X VT-DFPD-1X
Swivel angle sensor VT-SWA-LIN-1X/G10-x-K44 VT-SWA-LIN-1X/G10-x-K44 VT-SWA-LIN-1X/G10-x-K44 VT-SWA-LIN-1X/G15-x-K44
Operating modes
Swivel angle control Yes Yes Yes Yes
Pressure control Yes Yes Yes Yes
Power limitation Yes Yes Yes Yes
Master/slave Yes Yes Yes Yes / indirectly
Hydro-Gear (n calculation) No No Yes in preparation
2-quadrant operation Yes Yes Yes Yes
Electronics
Control electronics analog on-board electronics digital on-board electronics digital on-board electronics digital on-board electronics
Pressure sensor recommended HM20-2X recommended HM20-2X recommended HM20-2X recommended HM20-2X
Input / Output - I/O digital / analog digital / analog digital / analog digital / analog
Interface
Analog analog, digital IO analog, digital IO analog, digital IO analog, digital IO
Bus systems -- CANopen CANopen Sercos and Multi-Ethernet
Software parameterization -- WIN PED 5.10 WIN PED 5.10 IndraWorks DS
Software diagnosis WINVIEW WINVIEW IndraWorks oscilloscope
More Information
Data sheet RD/RE 30035 30035 30035 30035
Product rangeSYHDFE, basis A4
* = dependent on the size
18 Product range
Product range SYDFE, basis A10
Platform SYDFE1 SYDFEE SYDFEC SYDFEn SYDFED
A10VSO series 31/32
Hydraulics
System series 2X 3X 2X 3X 2X 3X 2X 3X 2X 3X
Base pump A10VSO series 31 A10VSO series 32 A10VSO series 31 A10VSO series 32 A10VSO series 31 A10VSO series 32 A10VSO series 31 A10VSO series 32 A10VSO series 31 A10VSO series 32
Operating pressure 280 bar 280 bar 280 bar 280 bar 280 bar 280 bar 280 bar 280 bar 280 bar 280 bar
Fluid HL, HLP HL, HLP HL, HLP HL, HLP HL, HLP HL, HLP HL, HLP HL, HLP HL, HLP HL, HLP
Size 18 - 140 45 - 180 18 - 140 45 - 180 18 - 140 45 - 180 18 - 140 45 - 180 18 - 140 45 - 180
Max. flow l/min * 60 - 252 Standard: 81 - 324 High-Speed: 135 - 308 60 - 252 Standard: 81 - 324
High-Speed: 135 - 308 60 - 252 Standard: 81 - 324 High-Speed: 135 - 308 60 - 252 Standard: 81 - 324
High-Speed: 135 - 308 27 - 252 Standard: 81 - 324 High-Speed: 135 - 308
Rated speed rpm * 3300 - 1800 Standard: up to 1800High-Speed: 3000 - 2200** 3300 - 1800 Standard: up to 1800
High-Speed: 3000 - 2200* 3300 - 1800 Standard: up to 1800High-Speed: 3000 - 2200** 3300 - 1800 Standard: up to 1800
High-Speed: 3000 - 2200* 3300 - 1500 Standard: up to 1800High-Speed: 3000 - 2200*
High-response valve VT-DFP-2X VT-DFPE-2X VT-DFPC-2X VT-DFPn-2X VT-DFPD-1X
Swivel angle sensor LVDT (IW9) Analog (VT-SWA-1-1X/DFEE) Analog (VT-SWA-1-1X/DFEE) Analog (VT-SWA-1-1X/DFEE) Analog (VT-SWA-1-1X/DFEE-G15)
Operating modes
Swivel angle control Yes Yes Yes Yes Yes
Pressure control Yes Yes Yes Yes Yes
Power limitation Yes Yes Yes Yes Yes
Master/slave Yes Yes Yes Yes Yes / indirectly
Hydro-Gear (n calculation) No No No Yes in preparation
2-quadrant operation Yes Yes Yes Yes Yes
Electronics
Control electronics Printed circuit board VT5041 Analog on-board electronics Digital on-board electronics Digital on-board electronics Digital on-board electronics
Pressure sensor recommended HM20-2X recommended HM20-2X recommended HM20-2X recommended HM20-2X recommended HM20-2X
Input / Output - I/O digital / analog digital / analog digital / analog digital / analog digital / analog
Interface
Analog analog, digital IO analog, digital IO analog, digital IO analog, digital IO analog, digital IO
Bus systems – – CANopen CANopen Sercos and Multi-Ethernet
Software parameterization – – WIN PED 5.10 WIN PED 5.10 IndraWorks DS
Software diagnosis WINVIEW WINVIEW IndraWorks oscilloscope
More Information
Data sheet RD/RE 30030 30630 30030 30630 30030 30630 30030 30630 30030 30630
19 Product range
Platform SYDFE1 SYDFEE SYDFEC SYDFEn SYDFED
A10VSO series 31/32
Hydraulics
System series 2X 3X 2X 3X 2X 3X 2X 3X 2X 3X
Base pump A10VSO series 31 A10VSO series 32 A10VSO series 31 A10VSO series 32 A10VSO series 31 A10VSO series 32 A10VSO series 31 A10VSO series 32 A10VSO series 31 A10VSO series 32
Operating pressure 280 bar 280 bar 280 bar 280 bar 280 bar 280 bar 280 bar 280 bar 280 bar 280 bar
Fluid HL, HLP HL, HLP HL, HLP HL, HLP HL, HLP HL, HLP HL, HLP HL, HLP HL, HLP HL, HLP
Size 18 - 140 45 - 180 18 - 140 45 - 180 18 - 140 45 - 180 18 - 140 45 - 180 18 - 140 45 - 180
Max. flow l/min * 60 - 252 Standard: 81 - 324 High-Speed: 135 - 308 60 - 252 Standard: 81 - 324
High-Speed: 135 - 308 60 - 252 Standard: 81 - 324 High-Speed: 135 - 308 60 - 252 Standard: 81 - 324
High-Speed: 135 - 308 27 - 252 Standard: 81 - 324 High-Speed: 135 - 308
Rated speed rpm * 3300 - 1800 Standard: up to 1800High-Speed: 3000 - 2200** 3300 - 1800 Standard: up to 1800
High-Speed: 3000 - 2200* 3300 - 1800 Standard: up to 1800High-Speed: 3000 - 2200** 3300 - 1800 Standard: up to 1800
High-Speed: 3000 - 2200* 3300 - 1500 Standard: up to 1800High-Speed: 3000 - 2200*
High-response valve VT-DFP-2X VT-DFPE-2X VT-DFPC-2X VT-DFPn-2X VT-DFPD-1X
Swivel angle sensor LVDT (IW9) Analog (VT-SWA-1-1X/DFEE) Analog (VT-SWA-1-1X/DFEE) Analog (VT-SWA-1-1X/DFEE) Analog (VT-SWA-1-1X/DFEE-G15)
Operating modes
Swivel angle control Yes Yes Yes Yes Yes
Pressure control Yes Yes Yes Yes Yes
Power limitation Yes Yes Yes Yes Yes
Master/slave Yes Yes Yes Yes Yes / indirectly
Hydro-Gear (n calculation) No No No Yes in preparation
2-quadrant operation Yes Yes Yes Yes Yes
Electronics
Control electronics Printed circuit board VT5041 Analog on-board electronics Digital on-board electronics Digital on-board electronics Digital on-board electronics
Pressure sensor recommended HM20-2X recommended HM20-2X recommended HM20-2X recommended HM20-2X recommended HM20-2X
Input / Output - I/O digital / analog digital / analog digital / analog digital / analog digital / analog
Interface
Analog analog, digital IO analog, digital IO analog, digital IO analog, digital IO analog, digital IO
Bus systems – – CANopen CANopen Sercos and Multi-Ethernet
Software parameterization – – WIN PED 5.10 WIN PED 5.10 IndraWorks DS
Software diagnosis WINVIEW WINVIEW IndraWorks oscilloscope
More Information
Data sheet RD/RE 30030 30630 30030 30630 30030 30630 30030 30630 30030 30630
Bosch Rexroth AGZum Eisengießer 197816 Lohr, Germanywww.boschrexroth.de
The data specified above only serve to describe the product. No statements concerning a certain condition or suitability for a certain application can be derived from our information. The information given does not release the user from the obligation of own judgment and verification. It must be remembered that our products are subject to a natural process of wear and aging.
Find your local contact person here: www.boschrexroth.com/contact
R999001337 (2016-07)© Bosch Rexroth AG 2016Subject to revisions!
Further information: www.boschrexroth.com/sydfe