Differences

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

--- wiki:02_hiq-hotel:01_grms:standard_room_variants:start [2026/05/12 12:32] – removed - external edit (Unknown date) 127.0.0.1
+++ wiki:02_hiq-hotel:01_grms:standard_room_variants:start [2026/05/13 12:21] (current) – [Room variant overview] paulo.krbavcic
@@ Line 1: / Line 1: @@
+====== Standard room variants ======
+===== General description =====
+This section describes standard GRMS room variants used as reference configurations for HIQ Hospitality projects.
+Each variant defines a typical guest room automation setup, including the main controller, access control, room panel, HVAC control, lighting, blinds, sensors, communication modules and connection to the central S-RMS system through Linker.
+The purpose of these pages is to provide a clear technical overview of available standard room configurations. Detailed wiring, I/O allocation, programming and project-specific adaptations are defined in the corresponding electrical schemes and technical documentation.
+===== Room variant overview =====
+^ Variant  ^ Page                                                                         ^ Main controller  ^ Short description                                                                                                                  ^
+| V1       | [[standard_room_variants:V1_grms_room_base_mc24_h1]]                         | MC-24-H1         | Base full GRMS room with CR-D1-V2-PX-BK, TGP-4D-01-IQ + TGP-S, ES-W2, FC-1-IQ, lighting, blinds, sensors and energy-saving logic.  |
+| V1.1     | [[standard_room_variants:V1_1_grms_room_base_io_plus_mc24_h1_lc10]]          | MC-24-H1         | Base room with LC-10-IQ-MK2 module for additional lighting circuits and blinds.                                                    |
+| V1.2     | [[standard_room_variants:V1_2_grms_room_base_modbus_mc24_h1_cad232]]         | MC-24-H1         | Base room with RS485 / Modbus communication through CAD-232-A3-IQ.                                                                 |
+| V1.3     | [[standard_room_variants:V1_3_grms_room_full_option_mc24_h1_lc10_cad232]]    | MC-24-H1         | Full option MC-24-H1 room with LC-10-IQ-MK2 expansion and RS485 communication through CAD-232-A3-IQ.                               |
+| V2       | [[standard_room_variants:V2_grms_room_direct_hvac_mc24_h1]]                  | MC-24-H1         | Simplified MC-24-H1 variant where controller outputs are used directly for HVAC control.                                           |
+| V3       | [[standard_room_variants:V3_grms_room_compact_modbus_mc230_01]]              | MC-230-01        | Compact room variant with integrated RS485 and direct IEX connection.                                                              |
+| V3.1     | [[standard_room_variants:V3_1_grms_room_compact_wireless_mc230_01_enocean]]  | MC-230-01        | Compact MC-230-01 room variant with RS485 and SWO-2-1-00 EnOcean wireless opening sensor.                                          |
+===== Typical connected functions =====
+Standard GRMS room variants can include the following functional groups:
+  * room access control
+  * door lock and door status
+  * in-room touch panel with TGP-S adapter
+  * ES-W2 room temperature sensor
+  * HVAC / fan-coil control
+  * lighting control
+  * blinds control
+  * window contact monitoring
+  * presence detection
+  * SOS / alarm input
+  * master off / room exit scene
+  * floor heating
+  * ventilation
+  * managed power supply for energy-saving logic
+  * Ethernet / Linker connection to S-RMS
+===== Notes =====
+  * These variants represent standard reference configurations.
+  * Final I/O allocation may be adjusted according to room type and project requirements.
+  * Electrical schemes and controller programs should be prepared based on the selected variant.
+  * Additional variants can be added if required by future project configurations.