Argon user guide/Mating connectors and accessories - Revision history

Tero K: /* Braking resistors */

2015-11-24T15:45:39Z

‎Braking resistors

Tero K: /* Braking resistors */

2015-11-24T15:43:25Z

‎Braking resistors

Tero K: Text replacement - "/}}" to "}}"

2015-08-28T20:04:38Z

Text replacement - "/}}" to "}}"

Tero K: Text replacement - "{{/param\" to "{{param"

2015-08-28T20:03:59Z

Text replacement - "{{/param\" to "{{param"

Tero K: Text replacement - "\[\[([A-Z]{2,3})\]\]" to "{{/param\|\1/}}"

2015-08-28T19:59:00Z

Text replacement - "\[\[([A-Z]{2,3})\]\]" to "{{/param\|\1/}}"

Tero K: /* Heat sinks & cooling & high power application */

2015-07-10T11:17:41Z

‎Heat sinks & cooling & high power application

Tero K: /* Braking resistors */

2015-05-27T11:28:58Z

‎Braking resistors

Tero K at 13:04, 30 March 2015

2015-03-30T13:04:46Z

Tero K at 13:41, 26 March 2015

2015-03-26T13:41:58Z

Tero K: change titles to lower level

2014-10-31T21:37:42Z

change titles to lower level

@@ Line 166: / Line 166: @@
 *[[Granite Devices web shop|GD web shop]]
 *{{digikey|A102370-ND}}
 |100 ohm 150W braking resistor for 220-240VAC installation || Arcol || HS150100RJ ||
 *{{farnell|2504896}}
 |}

@@ Line 166: / Line 166: @@
 *[[Granite Devices web shop|GD web shop]]
 *{{digikey|A102370-ND}}
 |}

@@ Line 153: / Line 153: @@
 ==[[Argon user guide/Braking resistor|Braking resistors]]==
 {{tip|One resistor in a multiaxis system may be sufficient if drives are [[Argon_user_guide/J4_connector_wiring|wired to share the HV DC bus between them]]}}
-{{tip|In most installations braking resistor is not needed at all. Resistor is needed in cases where fast moving motor with high inertial load is stopped rapidly causing conversion of the kinetic energy into electric current which needs to be dissipated by a resistor. Experimenting without resistor is safe as drive's overvoltage protection will prevent any damage occurring. If drive faults to overvoltage fault during deceleration, then try adjusting {{param|FOV/}} to higher value or add a braking resistor.}}
+{{tip|In most installations braking resistor is not needed at all. Resistor is needed in cases where fast moving motor with high inertial load is stopped rapidly causing conversion of the kinetic energy into electric current which needs to be dissipated by a resistor. Experimenting without resistor is safe as drive's overvoltage protection will prevent any damage occurring. If drive faults to overvoltage fault during deceleration, then try adjusting {{param|FOV}} to higher value or add a braking resistor.}}
 {| class="wikitable"
 |-

@@ Line 153: / Line 153: @@
 ==[[Argon user guide/Braking resistor|Braking resistors]]==
 {{tip|One resistor in a multiaxis system may be sufficient if drives are [[Argon_user_guide/J4_connector_wiring|wired to share the HV DC bus between them]]}}
-{{tip|In most installations braking resistor is not needed at all. Resistor is needed in cases where fast moving motor with high inertial load is stopped rapidly causing conversion of the kinetic energy into electric current which needs to be dissipated by a resistor. Experimenting without resistor is safe as drive's overvoltage protection will prevent any damage occurring. If drive faults to overvoltage fault during deceleration, then try adjusting {{/param\|FOV/}} to higher value or add a braking resistor.}}
+{{tip|In most installations braking resistor is not needed at all. Resistor is needed in cases where fast moving motor with high inertial load is stopped rapidly causing conversion of the kinetic energy into electric current which needs to be dissipated by a resistor. Experimenting without resistor is safe as drive's overvoltage protection will prevent any damage occurring. If drive faults to overvoltage fault during deceleration, then try adjusting {{param|FOV/}} to higher value or add a braking resistor.}}
 {| class="wikitable"
 |-

@@ Line 153: / Line 153: @@
 ==[[Argon user guide/Braking resistor|Braking resistors]]==
 {{tip|One resistor in a multiaxis system may be sufficient if drives are [[Argon_user_guide/J4_connector_wiring|wired to share the HV DC bus between them]]}}
-{{tip|In most installations braking resistor is not needed at all. Resistor is needed in cases where fast moving motor with high inertial load is stopped rapidly causing conversion of the kinetic energy into electric current which needs to be dissipated by a resistor. Experimenting without resistor is safe as drive's overvoltage protection will prevent any damage occurring. If drive faults to overvoltage fault during deceleration, then try adjusting [[FOV]] to higher value or add a braking resistor.}}
+{{tip|In most installations braking resistor is not needed at all. Resistor is needed in cases where fast moving motor with high inertial load is stopped rapidly causing conversion of the kinetic energy into electric current which needs to be dissipated by a resistor. Experimenting without resistor is safe as drive's overvoltage protection will prevent any damage occurring. If drive faults to overvoltage fault during deceleration, then try adjusting {{/param\|FOV/}} to higher value or add a braking resistor.}}
 {| class="wikitable"
 |-

@@ Line 121: / Line 121: @@
 ! Description !! Manufacturer || Part number !! Distributors and order codes
 |-
-| Half brick heatsink. Up to 4 pcs of standard half brick heat sinks can be fitted to a drive to improve cooling and increase maximum power output. Install with thermal grease. Note: M3 mounting screws must not reach through the 5 mm thick heat sink of the drive! || CUI Inc || VHS-95 ||
+| Half brick heatsink. Up to 4 pcs of standard half brick heat sinks can be fitted to a drive to improve cooling and increase maximum power output. Install with thermal grease. Note: M3 mounting screws must not reach through the 5 mm thick heat sink of the drive! || Wakefield || 518-95AB ||
-*[[Granite Devices web shop|GD web shop]]
+*{{Digikey |345-1055-ND}}
-*{{Digikey |102-1489-ND}}
 |-
 | Fuse, anti-surge, 6.3A. A replacement for original fuse in the drive. See [[replacing Argon fuse]]. || SCHURTER || 0001.2512 || {{Farnell|1360860}}

@@ Line 160: / Line 160: @@
 |-
 |82 ohm 250W braking resistor for 220-240VAC installation || Tyco || Tyco HSC 250 82R ||
 *{{farnell|1619350}}
 |-
 |47 ohm 250W braking resistor for 110-120VAC installation || Tyco || Tyco HSC 250 47RJ ||{{farnell|1619349}}
 |-
-|100 ohm 150W braking resistor for 220-240VAC installation || TE Connectivity || 1630012-1 ||{{digikey|A102370-ND}}
+|100 ohm 150W braking resistor for 220-240VAC installation || TE Connectivity || 1630012-1 ||
+*[[Granite Devices web shop|GD web shop]]
-A102370-ND
+*{{digikey|A102370-ND}}
 |}

@@ Line 20: / Line 20: @@
 ===J2 connector===
 ====Cable assemblies====
-Cable used for J2 should be shielded (S/FTP or FTP, ''not UTP'') type and preferrably with standed wires.
+Cable used for J2 should be shielded (S/FTP or FTP, ''not UTP'') type.
 {| class="wikitable"
 |-

@@ Line 1: / Line 1: @@
 {{SetAUGTitle|mating connectors and accessories}}
 {{ArgonManualNav}}This page lists available mating connectors, accessories and spare parts for [[Argon (servo drive)]]. Most parts or equivalents are available from large number of distributors. Feel free to extend this list.
-=Connectors=
+==Connectors==
-==J1 connector==
+===J1 connector===
 {| class="wikitable"
 |-
@@ Line 10: / Line 10: @@
 *{{Farnell |1084673}}
 |}
-===Accessories===
+====Accessories====
 {| class="wikitable"
 |-
@@ Line 18: / Line 18: @@
 *{{Farnell |470028}}
 |}
-==J2 connector==
+===J2 connector===
-===Cable assemblies===
+====Cable assemblies====
 Cable used for J2 should be shielded (S/FTP or FTP, ''not UTP'') type and preferrably with standed wires.
 {| class="wikitable"
@@ Line 57: / Line 57: @@
 | Shielded patch cable 10m|| Assman || A-MCSP-80050/Y-R|| {{digikey|A-MCSP-80100/Y-R}}
 |}
-===Accessories===
+====Accessories====
 {| class="wikitable"
 |-
@@ Line 65: / Line 65: @@
 |}
-==J3 connector==
+===J3 connector===
 This part is included with Argon package.
 {| class="wikitable"
@@ Line 78: / Line 78: @@
 |}
-==J4 connector==
+===J4 connector===
 This part is included with Argon package.
 {| class="wikitable"
@@ Line 92: / Line 92: @@
 |}
-==J5 connector==
+===J5 connector===
 [[File:Idcterminal.png|thumb|Example of DIN rail attachable IDC terminal block/breakout board.]]
 Mating connector type is 0.1" pitch 26 pin IDC ribbon cable socket, see [[Media:Idc_connector_data.pdf|example (pdf)]].
@@ Line 105: / Line 105: @@
 *{{Farnell |1099240}}
 |}
-===Accessories===
+====Accessories====
 {| class="wikitable"
 |-
@@ Line 133: / Line 133: @@
 |}
-=[[Electromagnetic interference]] filtering=
+==[[Electromagnetic interference]] filtering==
 {{Tip|Multiple drives may be connected behind one power line filter as long as total current consumption doesn't exceed filter rating}}
 {| class="wikitable"
@@ Line 152: / Line 152: @@
 |}
-=[[Argon user guide/Braking resistor|Braking resistors]]=
+==[[Argon user guide/Braking resistor|Braking resistors]]==
 {{tip|One resistor in a multiaxis system may be sufficient if drives are [[Argon_user_guide/J4_connector_wiring|wired to share the HV DC bus between them]]}}
 {| class="wikitable"