95
6.3
Safety Rated Monitoring Function
Doosan robot’s feature various safety rated monitoring functions that can be used as a risk reduction
measure through risk assessment. The limits detected by each monitoring function can be set under
robot > robot Limits in the Teach Pendant UI WCM.
Joint Position Monitoring (SLP): Limits the maximum rotation angle of a joint
Joint Speed Monitoring (SLS): Limits the maximum rotation speed of a joint
TCP Position/Direction Monitoring:
Limits and monitors TCP position/direction in an orthogonal space
Operating Space, Standalone Workspace, Collaborative Workspace, Protected Zone,
Tool orientation limit zone, collision detection mute zone
TCP Speed Monitoring: Limits the maximum TCP movement speed of TCP
TCP External Force Monitoring: Limits the external force applied to TCP
Collision Detection: Limits the external torque applied to the Manipulator arm and each joint
Momentum Monitoring: Limits the maximum momentum of the Manipulator arm
Mechanical Power Monitoring: Limits the maximum power applied to the Manipulator arm.
Note
The safety limits used by each monitoring function can be set under robot > robot Limits in the
Teach Pendant UI.
Safety limits is the condition where the safety rated monitoring function triggers the stop
function. When stop is completed, the position of the robot and force applied externally may
differ from the configured safety threshold.
Safety
Function
Name
Stop Triggering Event
Stop
Mode
PFHd
PL, SIL
Joint
Position
Limit (SLP)
If the angle of each axis exceeds the configured threshold
STO,
SS1 or
SS2
1.41E-7
/h
PL d Cat. 3
SIL 2
Joint
Speed
Limit (SLS)
If the speed of each axis exceeds the configured threshold
STO,
SS1 or
SS2
1.41E-7
/h
PL d Cat. 3
SIL 2
Joint
Torque
Limit (SLT)
If the torque applied to each axis exceeds the predefined
threshold
STO
1.94E-7
/h
PL d Cat. 3
SIL 2
Collision
Detection
If the torque applied to each axis exceeds the thresholds
for the configured sensitivity
STO,
SS1 or
SS2
1.94E-7
/h
PL d Cat. 3
SIL 2
TCP/
Robot
Position
Limit
If the TCP/
Robot
leaves the operating space
If the TCP enters the protected space
STO,
SS1 or
SS2
1.41E-7
/h
PL d Cat. 3
SIL 2
Summary of Contents for H2017
Page 1: ...1 Manual Version 2 1 Software Version 2 7 1 ...
Page 29: ...29 2 5 3 Robot operating space M0609 ...
Page 30: ...Doosan Robotics Installation Manual v2 1 30 ...
Page 31: ...31 M0617 ...
Page 32: ...Doosan Robotics Installation Manual v2 1 32 ...
Page 33: ...33 M1013 ...
Page 34: ...Doosan Robotics Installation Manual v2 1 34 ...
Page 35: ...35 M1509 ...
Page 36: ...Doosan Robotics Installation Manual v2 1 36 ...
Page 37: ...37 H2017 ...
Page 38: ...Doosan Robotics Installation Manual v2 1 38 ...
Page 39: ...39 H2515 ...
Page 40: ...Doosan Robotics Installation Manual v2 1 40 ...
Page 42: ...Doosan Robotics Installation Manual v2 1 42 M1013 M1509 ...
Page 119: ...119 B 2 Europe Machinery Directive Attestation of Conformity ...
Page 120: ...Doosan Robotics Installation Manual v2 1 120 ...
Page 121: ...121 B 3 Europe EMC Directive Attestation of Conformity ...
Page 122: ...Doosan Robotics Installation Manual v2 1 122 B 4 U S NRTL Certification U S CANADA ...
Page 123: ...123 ...
Page 124: ...Doosan Robotics Installation Manual v2 1 124 B 5 Functional Safety Certification ...
Page 125: ...125 B 6 Voluntary Safety Confirmation Declaration KCs ...
Page 126: ...Doosan Robotics Installation Manual v2 1 126 ...
Page 127: ...127 ...
Page 128: ...Doosan Robotics Installation Manual v2 1 128 ...
Page 129: ...129 ...
Page 130: ...Doosan Robotics Installation Manual v2 1 130 ...
Page 161: ...161 D 1 3 Nameplate and Label ...
Page 176: ...Doosan Robotics Installation Manual v2 1 176 E 1 3 Nameplate and Label ...
Page 190: ...Doosan Robotics Installation Manual v2 1 190 ...