Note: Contact a Banner Applications Engineer if you require further assistance.
13.2 Software: Error Codes
The following table lists error codes that are encountered when attempting to make an invalid connection between blocks
on the Functional View tab.
Software Code Error
A.1
This connection creates a loop.
A.2
A connection from this block already exists.
A.3
Connecting a block to itself is not allowed.
B.2
This Bypass Block is connected to a Two-Hand Control Block. You can connect only a Two-Hand Control input to the IN node.
B.3
This Bypass Block is already connected to another block.
B.4
This Bypass Block is connected to the TC node of a Two-Hand Control Block and cannot be connected to any other blocks.
B.5
Cannot connect Two-Hand Control Block to the IN node of this Bypass Block because it has the "Output turns Off when both inputs
(IN and BP) are On" option enabled.
B.6
The IN node of a Bypass Block cannot be connected to Emergency Stop and Rope Pull inputs.
B.7
The IN node of a Bypass Block cannot be connected to Emergency Stop and Rope Pull inputs via other blocks.
C.1
Only a Cancel Off Delay input can be connected to the CD node.
C.2
A Cancel Off Delay input can be connected only to the CD node of a Safety Output.
D.1
This External Device Monitoring input is configured for a Dual-Channel 2 Terminal circuit and can be connected only to the EDM node
of a Safety Output.
E1
The Enabling Device Block output nodes (P or S) can be connected only to the IN node of a Safety Output.
E.2
The IN node of an Enabling Device Block cannot be connected to Emergency Stop and Rope Pull inputs.
E.3
The ED node of an Enabling Device Block can be connected only to an Enabling Device input.
E.4
The ED node of an Enabling Device Block cannot be connected to Emergency Stop and Rope Pull inputs via other blocks.
E.5
An Enabling Device Block that has a Two-Hand Control input connected to the IN node cannot be connected to a Safety Output that
has
Safety Output Delay
set to "Off Delay".
E.6
The secondary output node S of an Enabling Device Block can be connected only to the IN node of a Safety Output.
F.1
Emergency Stop and Rope Pull inputs cannot be muted.
F.2
Emergency Stop and Rope Pull inputs cannot be connected to a Latch Reset Block that is connected to a Muting Block.
F.3
A Latch Reset Block that is connected to an Emergency Stop or a Rope Pull input cannot be connected to a Muting Block.
G.1
Only a Manual Reset input can be connected to the FR node of a Safety Output.
G.2
Only a Manual Reset input can be connected to the LR node of a Latch Reset Block or Safety Output.
G.3
Only a Manual Reset input can be connected to the RST node of an Enabling Device Block.
G.4
A Manual Reset input can be connected only to LR and FR nodes of a Safety Output, an LR node of a Latch Reset Block, an RST node
of an Enabling Device Block, and SET and RST nodes of the Flip-Flop Blocks.
H.1
This Latch Reset Block is already connected to another function block.
H.2
This Latch Reset Block cannot be connected to any other input nodes.
I.1
Only Muting Sensor Pair, Optical Sensor, Gate Switch, Safety Mat, or Protective Stop inputs can be connected to the MP1 and MP2
nodes of a Muting Block or to the MP1 node of a Two-Hand Control Block.
I.2
The MP1 and MP2 nodes of a Muting Block and the MP1 node of a Two-Hand Control Block can be connected to inputs that are using
only Dual-Channel circuits.
I.3
A Muting Sensor Pair input can be connected only to MP1 and MP2 nodes of a Muting Block or the MP1 node of a Two-Hand Control
Block.
XS/SC26-2 and SC10-2 Safety Controllers
www.bannerengineering.com - Tel: + 1 888 373 6767
145
