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2/22/2018

XH430-W350

http://support.robotis.com/en/product/actuator/dynamixel_x/xh_series/xh430-w350_main.htm

3/15

20

4

Homing Offset

Home Position Offset

RW

0

24

4

Moving Threshold

Velocity Threshold for Movement Detection

RW

10

31

1

Temperature Limit

Maximum Internal Temperature Limit

RW

80

32

2

Max Voltage Limit

Maximum Voltage Limit

RW

160

34

2

Min Voltage Limit

Minimum Voltage Limit

RW

95

36

2

PWM Limit

Maximum PWM Limit

RW

885

38

2

Current Limit

Maximum Current Limit

RW

648

40

4

Acceleration Limit

Maximum Acceleration Limit

RW

32767

44

4

Velocity Limit

Maximum Velocity Limit

RW

280

48

4

Max Position Limit

Maximum Position Limit

RW

4095

52

4

Min Position Limit

Minimum Position Limit

RW

0

63

1

Shutdown

Shutdown Dynamixel

RW

52

R

A

M

64

1

Torque Enable

Motor Torque On/Off

RW

0

65

1

LED

Status LED On/Off

RW

0

68

1

Status Return Level

Select Types of Status Return

RW

2

69

1

Registered Instruction

Check Reception of Instruction

R

0

70

1

Hardware Error Status

Hardware Error Status

R

0

76

2

Velocity I Gain

I Gain of Velocity

RW

1920

78

2

Velocity P Gain

P Gain of Velocity

RW

100

80

2

Position D Gain

D Gain of Position

RW

0

82

2

Position I Gain

I Gain of Position

RW

0

84

2

Position P Gain

P Gain of Position

RW

900

88

2

Feedforward 2nd Gain

2nd Gain of Feed-Forward

RW

0

90

2

Feedforward 1st Gain

1st Gain of Feed-Forward

RW

0

98

1

Bus Watchdog

Dynamixel Bus Watchdog

RW

0

100

2

Goal PWM

Target PWM Value

RW

-

102

2

Goal Current

Target Current Value

RW

-

104

4

Goal Velocity

Target Velocity Value

RW

-

108

4

Profile Acceleration

Acceleration Value of Profile

RW

0

112

4

Profile Velocity

Velocity Value of Profile

RW

0

116

4

Goal Position

Target Position Value

RW

-

120

2

Realtime Tick

Count Time in millisecond

R

-

122

1

Moving

Movement Status

R

0

123

1

Moving Status

Detailed Information of Movement Status

R

0

124

2

Present PWM

Current PWM Value

R

-

126

2

Present Current

Current Current Value

R

-

128

4

Present Velocity

Current Velocity Value

R

-

132

4

Present Position

Current Position Value

R

-

136

4

Velocity Trajectory

Target Velocity Trajectory Generated by

Profile

R

-

140

4

Position Trajectory

Target Position Trajectory Generated by

Profile

R

-

144

2

Present Input Voltage

Current Input Voltage

R

-

146

1

Present Temperature

Current Internal Temperature

R

-

168

2

Indirect Address 1

Indirect Address 1

RW

224

170

2

Indirect Address 2

Indirect Address 2

RW

225

172

2

Indirect Address 3

Indirect Address 3

RW

226

218

2

Indirect Address 26

Indirect Address 26

RW

249

220

2

Indirect Address 27

Indirect Address 27

RW

250

222

2

Indirect Address 28

Indirect Address 28

RW

251

224

1

Indirect Data 1

Indirect Data 1

RW

0

225

1

Indirect Data 2

Indirect Data 2

RW

0

226

1

Indirect Data 3

Indirect Data 3

RW

0

249

1

Indirect Data 26

Indirect Data 26

RW

0

250

1

Indirect Data 27

Indirect Data 27

RW

0

Содержание XH430-W350-R

Страница 1: ... Position Control Mode PWM Control Mode Voltage Control Mode Weight 82g Dimensions W x H x D 28 5mm x 46 5mm x 34mm Gear Ratio 353 5 1 Stall Torque 3 1N m at 11 1V 1 2A 3 4N m at 12 0V 1 3A 4 2N m at 14 8V 1 5A No load speed 27rpm at 11 1V 30rpm at 12 0V 37rpm at 14 8V Operating Temperature 5 80 Input Voltage 10 14 8V Recommended 12V Command Signal Digital Packet Protocol Type XH430 W350 T Half du...

Страница 2: ...col section of e Manual for more details about Packets Note Two s complement rule is followed to find the negative value For more information please refer to the following link Two s complement link Area EEPROM RAM The Control Table is divided into 2 Areas Data in the RAM Area is reset to initial values when the Dynamixel is turned on Volatile On the other hand modified data in the EEPROM Area kee...

Страница 3: ...dforward 1st Gain 1st Gain of Feed Forward RW 0 98 1 Bus Watchdog Dynamixel Bus Watchdog RW 0 100 2 Goal PWM Target PWM Value RW 102 2 Goal Current Target Current Value RW 104 4 Goal Velocity Target Velocity Value RW 108 4 Profile Acceleration Acceleration Value of Profile RW 0 112 4 Profile Velocity Velocity Value of Profile RW 0 116 4 Goal Position Target Position Value RW 120 2 Realtime Tick Co...

Страница 4: ...s a unique value in the network to identify each Dynamixel with an Instruction Packet 0 252 0xFC values can be used as an ID and 254 0xFE is occupied as a broadcast ID The Broadcast ID 254 0xFE can send an Instruction Packet to all connected Dynamixels simultaneously Note Please avoid using an identical ID for multiple Dynamixels In order to change the ID in the EEPROM Area Torque Enable 64 has to...

Страница 5: ...WM is the abbreviation for Pulse Width Modulation that modulates PWM Duty to control motors The PWM Control Mode changes pulse width to control average supply voltage to the motor and this technique is widely used in the motor control field Therefore PWM Control Mode uses Goal PWM 100 value to control supply voltage for Dynamixel PWM Control Mode is similar to the Wheel Mode of Dynamixel AX and RX...

Страница 6: ... the Shutdown 63 Torque Enable 64 is cleared to 0 and Torque is disabled For more details please refer to the Shutdown 63 section Values Description Unit about 0 1 V All voltage related Data uses the same unit Range 95 160 9 5 16 0 V PWM Limit 36 This value indicates maximum PWM output Goal PWM 100 can t be configured with any values exceeding PWM Limit 36 PWM Limit 36 is commonly used in all oper...

Страница 7: ...4 Overheating Error Default Detect internal temperature exceeds the configured operating temperature bit 1 0x02 Unused always 0 bit 0 0x01 Input Voltage Error Detect input voltage exceeds the configured operating voltage Note If Shutdown occurs use below method to REBOOT Dynamixels H W REBOOT Turn off the power and turn on again S W REBOOT Transmit REBOOT Instruction For more details please refer ...

Страница 8: ...about the PID controller please refer to the below website http en wikipedia org wiki PID_controller Position D Gain 80 Position I Gain 82 Position P Gain 84 Feedforward 2nd Gain 88 Feedforward 1st Gain 90 These Gains are used in Position Control Mode and Extended Position Control Mode Gains of Dynamixel s internal controller can be calculated from Gains of the Control Table as shown below The con...

Страница 9: ...roller please refer to the below websites http en wikipedia org wiki PID_controller https en wikipedia org wiki Feed_forward_ control Bus Watchdog 98 Available after Firmware version 38 Bus Watchdog 98 is a safety device Fail safe that stops the Dynamixel if the communication between the controller and Dynamixel communication RS485 TTL is disconnected due to an unspecified error Communication is d...

Страница 10: ...t 40 For more details please refer to the Profile Velocity 112 Values Description Unit 214 577 Rev min2 All acceleration related Data uses the same unit Range 0 Acceleration Limit 40 The value 0 on Profile Acceleration 108 means infinite acceration Profile Velocity 112 The Maximum velocity of Profile can be set with this value Profile Velocity 112 can be used in all control modes except Torque Con...

Страница 11: ... with Goal Position 116 From the front view of Dynamixels CCW is an increasing direction whereas CW is a decreasing direction The way to reaching Goal Position 116 is differ by 4 Profiles provided by Dynamixels Please refer to the Profile Velocity 112 for more details Values Description Unit 0 088 deg 1 rev 0 4 095 Range Position Control Mode Min Position Limit 52 Max Position Limit 48 Initial Val...

Страница 12: ...Velocity Trajectory 136 becomes equal to Goal Velocity 104 Position Control Mode Extended Position Control Mode Current based Position Control Mode Velocity Trajectory is used to create Position Trajectory 140 When Profile reaches to endpoint Velocity Trajectory 136 is cleared to 0 Position Trajectory 140 This is a target position trajectory created by Profile This value is only used in Position C...

Страница 13: ...s Indirect Address Values Description Range 64 661 Indirection Address can t be allocated with EEPROM area Note 1 In order to allocate Data in the Control Table longer than 2 byte to Indirect Address all address must be allocated to Indirect Address like the above Example 2 Note 2 Indirect Address 29 56 and Indirect Data 29 56 can only be accessed with Protocol 2 0 Wiring Instructions through holl...

Страница 14: ...430 w350_main htm 14 15 Caution for Dynamixel X Series cable assembly through hollow case Organize the entangled cable before assembling the back case Do not assemble the back case with entangled cable The entangled cable can be squashed by the case and cause communication error Combination ...

Страница 15: ... support robotis com en product actuator dynamixel_x xh_series xh430 w350_main htm 15 15 Dimension Drawing Information X 430_std_ref pdf Frame Compatibility Guide LINK Error Report Copyrights c 2010 ROBOTIS All rights reserved ...

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