Viper 200 MAX Uživatelský manuál

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Viper DC servomotor drive Manual V2.0.1
Last edited Feb 15 2011
Full featured Industrial quality DC servodrive
Viper 75 25-75 Volt @ 10 amp model
Viper 95 25-95 Volt @ 12 amp model
Viper 100B 25-100 Volt @ 20 amp model
Viper 200B 50-170 Volt @ 20amp model
New Viper 100F 25-100 Volt @ 30 amp model
New Viper 200F 50-170 Volt @ 30 amp model
- 32 bit PID control with 16 bit RISC processor
- 300Khz Step rate on new F series
- Step / Direction Control
- Feed forward command
- Warning output signals excessive motor load (slow down)
- Trip output signals drive has tripped
- Opto isolated power and control sections
- Onboard fuse (protect motor and for safety)
- 4X or 1X quadrature encoder counting
- Separate voltage regulator for encoder power
- 1,2,4,8 step multiplier (or any size)
- Settings are programmable by RS232
- Replaceable Power Mos-Fets and drivers
- Large main capacitor.
- Very efficient cool running drive.
- Stack-able card-type mounting
- Up to 4 motor configurations can be stored
- Jumper selectable motor rotation direction.
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Shrnutí obsahu

Strany 1

Viper DC servomotor drive Manual V2.0.1 Last edited Feb 15 2011 Full featured Industrial quality DC servodr

Strany 2 - Tech support

Viper 100/200 Power supply recommended layout (continued)- Do not put a breaker or disconnect between main capacitor and drive. This cancause a extr

Strany 3 - DC Servo Motor Basics

Viper 75/95 Power supply recommended layout The viper 75 uses a single supply voltage. The drive uses a voltage stepdownregulator to get its +5 vol

Strany 4

Viper Interface connectionsThe RS232 programming cable is available from Larken AutomationPAGE 12

Strany 5

Page 13

Strany 6

Note : Diagram shown for a differential encoder. For a single ended encoder, use justone connection per channel. Use (stranded) twisted pair cable

Strany 7

Encoder connections Pin 1 +5 volts out for encoder power Pin 2 Channel B input (inverted) Pin 3 Channel B input Pin 4 Channel A input (inverted) P

Strany 8

Understanding PID control PID stands for Proportional-Integral-Derivative These are the 3 adjustable factorsthat make the controller able to keep t

Strany 9

Programming the Viper Drive The Viper is programmed by connecting to a PC using the serial RS232 port. A cable can bemade as described above. More i

Strany 10

Tuning the PID loopNote: Be sure to have the motor mounted or clamp the motor to a table before tuning!The motor can react very violently and cause d

Strany 11

Tuning Summary- KP Sets the stiffness of the motor. - KD settles the oscillation and overshoot. - The Loop time needs to be matched to the motor and l

Strany 12 - Viper Interface connections

DISCLAIMER Larken Automation assumes no responsibility for anypersonal injury or damage caused by use of its products. Only electrically qualified pe

Strany 13

Feed_Forward parameter With a Stepservo drive, the faster the input step rate, the larger the following error.This is because the motor is ‘pulled’ a

Strany 14

Using Banks for storing multiple configurations The Viper drive allows you to setup 3 different preset configurations. This allows thedrive to be Jump

Strany 15 - Encoder connections

If the Motor runs away when turned on If when setting up the motor for the 1 time and it runs on when power is applied,stReverse the power connectio

Strany 16 - Understanding PID control

Setting Motor Current ( on New Viper F series with advanced current control ) The Viper can control the current to the motor to protect it from burnou

Strany 17 - Programming the Viper Drive

(To reset the drive ,disconnect the 12volt to the control side to Reset power to the driveto reset the trip fault).Adjusting the Current Warning pot

Strany 18 - Tuning the PID loop

Viper Error Indicator LED (F series) When an error is flashed, the Viper will hold down the Estop signal until the error isremoved. You can add

Strany 19 - Encoder Limit settings

Adjusting Current limit and Current warning (For older Viper A &B series with trim pots) There are two trim pots on the Viper. The one closest to

Strany 20 - Feed_Forward parameter

When an error is flashed, the Viper will hold down the Estop signal until the error isremoved. You can add a Fault override switch (normally closed)

Strany 21

Adjusting Balance or Motor OffsetIf the motor has a constant load in one direction such as lifting a load then there may bemore of an error in one dir

Strany 22

Friction Compensation On systems where there is a lot of friction (or stiction) the motor may no start to turn atall until it hits certain level of po

Strany 23 - Setting Motor Current

DC Servo Motor Basics The DC servo motor has an optical encoder that provides feedback to the controller.This typically can have from 100-5000 counts

Strany 24

Viper command setCommand Description ExampleData entryp nnnn Enter Proportional term p800<cr>i nnnn Enter Integral term I6<cr>d nnnn

Strany 25

Run the windows Hyper Terminal program from the Accessories group. Create a New sessionusing Comm1, 9600 baud, 8,1,N. In the advanced tab, set Flowc

Strany 26

Selecting Jumpers.PAGE 32

Strany 27

Component Data Parts supply ( Available from Digikey www.Digikey.com 1-800-344-4539 ) Fuse 5, 7.5, 10, 15 or 20 amp automotive type. S

Strany 29 - Friction Compensation

The DC servo motor has a Permanent Magnet outside (stator) and a wire woundarmature. Carbon brushes connect the electrical power to the rotating armat

Strany 30 - Viper command set

Viper 75 /95 Drive ConnectionsViper 100/200 Drive ConnectorsPage 5

Strany 31

Viper 100F /200F Drive ConnectorsDifferences between Viper 100/200 A and Viper 100/200F (after 2011 )- The older Viper drives couldn’t read actual C

Strany 32 - Selecting Jumpers

Differences Viper 100/200 A vs Viper 100/200F continued- The baudrate for the serial connection is now 38400 baud vs the previous drive whichwere 96

Strany 33 - Component Data

Selecting a Powersupply Voltage Motors typically specify a maximum DC voltage and maximum RPM. EG: and MCGID34002 servo motor has a max DC voltage

Strany 34

Viper 100/200 Power supply recommended layout The viper 200 uses Isolated Power and small signal sections to eliminate groundproblems associated wi

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