Differences

This shows you the differences between two versions of the page.

--- can-gca2-en [2025/05/15 16:16] – [CAN-GC2 Universal 16 port I/O node for CANBUS] phg
+++ can-gca2-en [2025/06/09 19:11] (current) – [The hardware] phg
@@ Line 14: / Line 14: @@
 the CAN-GC2 can be mixed with GCA50 units on the same cable, but of course need different computer interfaces.\\
 The also available CAN-GC3 will bring a complete solution for DCC Model Railroading in DIY. \\
-The CAN-GC1e connects the computer with the CAN bus. All the well known MGV*/GCA* satellite boards are compatible with the CAN-GC2.  \\
+The CAN-GC1e connects the computer with the CAN bus. All the well known MGV*/GCA* satellite boards are useable with the CAN-GC2.  \\
@@ Line 44: / Line 44: @@
 |  {{:cbus:can-gc2-green-bomfile.pdf|The partslist}}  |
 |  {{ :gca:can-gc2_stl.zip |  3D print sources for housing}}  |
+^  N.B. Only complete ordered kits will be supported!  ^
 \\
-^ N.B. Only complete ordered kits will be supported! ^
+^      Housing is only for DIY 3D printing.  ^
+|  {{ :gca:can-gc2.zip |  Box and cover for CAN-GC2}}  |
 \\
 === Previous version (blue pc-board) ===
@@ Line 116: / Line 118: @@
 Read switches and hall sensors can be used as feed-back sensors.\\
 However, since the contact information inside the CAN-GC2 is arranged so that the unit is\\
-low sensitive for distorsions, the minimum Pulse lenght to be accepted by CAN-GC2 is 20 miliSeconds (0.02 second).\\
+low sensitive for distorsions, the minimum Pulse lenght to be accepted by CAN-GC2 is 50 miliSeconds (0.05 second).\\
 In addition to that, reed-contacts usually give more than 1 pulse when activated, known as 'contact dender'.\\
 For this way of sensoring, a special pulse-extender is available. See __**[[gca173-en|Hall sensor and reed switch unit]]**__\\