PI E-614.2BS Operating Manual Download Page 13

Operation 

 

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E-651 / E-614 Controller / Amplifier PZ129E Release 6.1.0  Page 11 

Operation 

Note that upon delivery the system is ready for operation: all of 
PI's piezo positioning systems are delivered with performance 
test documents to verify the system performance, and 
calibration of the controller is done prior to delivery in our lab. 
Actuators and assigned controller channels are matched and 
should be kept together as a unit. The serial number of the 
assigned actuator is marked on the associated controller 
channel. 

Normally, you do not need to calibrate the system. Only if the 
actuator, mechanical setup, cables to the bending actuator are 
replaced, or if a large change in operating temperature occurs, 
is recalibration necessary. Should you ever need to make a 
new full calibration, read “Calibration” on page 14. 

4.1 

Getting Started 

This section gives instructions for the E-651 benchtop devices. 
Instructions for E-614 OEM modules can be found in the 
E614T0003 technical note. 
 

  Do not interchange controller and/or actuators; they are 

matched and calibrated together. Respect the 
assignment of the actuators to the individual controller 
channels, as indicated by the serial numbers on the 
labels affixed to the devices. 
 

Carry out the following steps to put the motion system into 
operation: 

Connect the actuators to the proper controller 
channel(s) using the PZT & SENSOR socket(s). 
Handle the actuators with care and avoid any kind of 
mechanical shock. 

Optionally: If you want to read out the sensor signal for 
a channel, connect a voltmeter (not included) to the 
appropriate SENSOR MONITOR socket. 

With the POWER switch on the rear panel set to OFF, 
connect the controller to the C-501.15050H power 
supply (included) using the 14 to 16 VDC INPUT 
socket, and connect the power supply to the line power 
(100–240 VAC, 50/60 Hz). 

Summary of Contents for E-614.2BS

Page 1: ...s Release 6 1 0 Date 2019 11 18 This document describes the following Product s E 651 1S Piezo amplifier servo controller for bending actuators 1 channel 0 to 60 V strain gauge sensor benchtop device...

Page 2: ...ration of the electrical device into the overall system 1999 2019 Physik Instrumente PI GmbH Co KG Karlsruhe Germany The text photographs and drawings in this manual are protected by copyright With re...

Page 3: ...e of Delivery 8 3 4 Product View 8 4 Operation 11 4 1 Getting Started 11 4 2 Operating Modes 12 4 2 1 Closed Loop Operation 12 4 2 2 Open Loop Operation 13 4 3 On Board Submodules 13 4 3 1 E 801 Submo...

Page 4: ...ts 7 3 Ambient Conditions and Classifications 20 7 4 Pin Assignment 20 7 4 1 E 651 PZT SENSOR connector 20 7 4 2 C 501 15050H Power Supply 21 8 Cleaning 22 9 Customer Service 23 10 Old Equipment Dispo...

Page 5: ...atic as well as dynamic applications 1 2 General Safety Instructions The E 651 E 614 is built according to state of the art technology and recognized safety standards Improper use can result in person...

Page 6: ...ore charge precautions must also be taken when the E 614 OEM module is not powered After switching off the E 614 OEM module wait a minute before you touch parts of the E 614 OEM module to be sure that...

Page 7: ...ll information given by the manufacturer to the user documentation for example supplements or Technical Notes If you pass the E 651 E 614 on to other users also turn over the user documentation as wel...

Page 8: ...er Manual E 802 Servo Control Submodule PZ150E User Manual E 614 2BS OEM module E614T0003 Technical Note 2 2 Downloading Manuals 1 Open the website www pi ws 2 Search for the product number e g P 871...

Page 9: ...0 and P 871 from PI The PICMA bending actuators require full differential voltage control with constant voltages of 0 V and 60 V and a variable voltage from 0 V to 60 V see Fig 1 Note that a control i...

Page 10: ...nality as the E 651 2S 2 channel controller but on a printed circuit board 3 3 Scope of Delivery PZ129E User manual for E 651 E 614 this document E 651 benchtop devices only C 501 15050H Wide range 15...

Page 11: ...ller SERVO ON OFF Switch for changing between open loop off and closed loop mode on CONTROL IN BNC connector for the analog control signal 5 V to 5 V SENSOR MONITOR BNC connector for reading out the s...

Page 12: ...E 651 E 614 Controller Amplifier PZ129E Release 6 1 0 Page 10 Fig 3 E 651 rear panel details POWER ON OFF switch 14 to 16V DC INPUT Operating power input socket for the barrel connector from the C 501...

Page 13: ...n page 14 4 1 Getting Started This section gives instructions for the E 651 benchtop devices Instructions for E 614 OEM modules can be found in the E614T0003 technical note Do not interchange controll...

Page 14: ...monitor the actuator deflection with the SENSOR MONITOR signal see step 2 0 V to 10 V even when the system is in open loop mode If the output voltage corresponding to the control input signal is outs...

Page 15: ...evaluation of one strain gauge sensor SGS It is designed as a plug in submodule to be used on different PCBs The submodule supplies the strain gauge with a DC voltage and generates a signal proportio...

Page 16: ...on2 require special equipment and should only be done by qualified personnel and are required only in special circumstances See the user manuals for the sensor processing and servo control submodules...

Page 17: ...make sure the actuators are always connected to the same controller channels 2 Make sure the analog control input E 651 front panel E 614 connector X20 is at 0 V 3 Set the channel to open loop mode E...

Page 18: ...roller note that if you want to use the new actuator in regular operation a fully recalibration of the system is required and contact our customer service department p 23 Control input voltage source...

Page 19: ...r panel and carefully remove the rear panel 3 Use the Torx 8 driver to unscrew the 2 screws in the blue frame on the front panel Carefully remove the front panel which also pulls the PCB out of the ho...

Page 20: ...er type P I analog P I analog Sensor type SGS SGS Sensor bandwidth Low pass filter frequency 300 Hz 1 kHz 3 kHz selectable Low pass filter frequency 300 Hz 1 kHz 3 kHz selectable Amplifier Input volta...

Page 21: ...ensor monitor socket BNC BNC Pin header Miscellaneous Operating temperature range 5 to 50 C 5 to 50 C 5 to 50 C Overheat protection Deactivation at 75 C Deactivation at 75 C Deactivation at 75 C Dimen...

Page 22: ...nearly to 50 relative humidity at 40 C Operating temperature 5 to 50 C Storage temperature 0 C to 70 C Transport temperature 25 C to 85 C Overvoltage category II Protection class I Degree of pollution...

Page 23: ...Technical Data www pi ws E 651 E 614 Controller Amplifier PZ129E Release 6 1 0 Page 21 7 4 2 C 501 15050H Power Supply 3 34A 15VCD output 100 240 VAC input 1 Center pin 15VDC 2 1 mm diameter 2 GND...

Page 24: ...ning E 651 bench top units only 1 Disconnect the E 651 from the power source 2 Wait a minute to be sure that any residual voltage has dissipated 3 Clean the housing surfaces of the E 651 using mild de...

Page 25: ...ng information Product and serial numbers of all products in the system Firmware version of the controller if applicable Version of the driver or the software if applicable Operating system on the PC...

Page 26: ...our old equipment according to international national and local rules and regulations In order to fulfil its responsibility as the product manufacturer Physik Instrumente PI GmbH Co KG undertakes envi...

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