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MIMO2+, Multiple Input – Multiple Output 
Module User Manual                                                                          

 

 

 

                         1080 Centre Rd.  Ste C 

Auburn Hills, MI 48326   

www.fortrezz.com 

Phone: (248) 481-7092 

         [email protected]  

Made in USA 

072916

  

OVERVIEW 

The  MIMO2+  module  provides  two  voltage  inputs  and  two  relay  outputs  (either  can  be  wired  normally  open  or  normally  closed).    Z-Wave

TM

 

messages can be used to read the inputs and control the outputs.  The inputs are very configurable for different trigger conditions and can even 
be mapped to control the outputs. The module includes a button for Z-Wave

TM

 inclusion/exclusion and an LED for various status indications.  The 

functionality of the SIG1 and SIG2 inputs is: 

 

Analog Triggering: Various trigger conditions can be set for high-to-low and low-to-high transitions. This provides great flexibility for 
capturing digital or analog events in a wide variety of applications.  The trigger status can be automatically sent to the controller. 

 

Associations:  Each  input  can  be  associated  with  up  to  two  other  Z-Wave

TM

  devices,  so  that,  for  example,  an  associated  device  will 

automatically turn on (or off) based on the occurrence of a trigger event.   

 

Voltage Reporting: The analog input voltage levels can also be sent to the controller. 

The  physical  outputs  are  relays  that  are  typically  activated  by  Z-Wave

TM

  commands.      However,  the  user  can  override  Z-Wave

TM

  control  by 

configuring the input trigger conditions to be mapped to the output relays via logical AND/OR functions. 
 

DIAGRAM  

   

 

The MIMO2+ features two inputs and two outputs (in the form of relays).  Wire connections can be made to the Normally Open (NO) or Normally 
Closed  (CO)  relay  terminals.    Control  and  monitoring  is  available  via  Z-Wave

TM 

transmissions.      The  block  diagram  at  right  shows  the  major 

components of the MIMO2+ system.  

 

 

 

 

 

 

 

 

 

 

 

COMMON APPLICATIONS 

 

TEMPERATURE PROBES                                       

 

FLOAT SWITCHES / LEVEL SENSORS 

 

REED SWITCHES 

 

DOOR BELL BUTTONS 

 

USING THE MIMO2+ IN A Z-Wave

TM

 NETWORK  

INCLUSION in (adding to) a network:  1) Set up the inclusion mode at the controller (for detailed directions, please refer to your controller user 
manual);  2) Briefly press the button once and the controller will indicate that the unit has been included in the network.  Also, the Status LED will 
blink when the inclusion completes. Inclusion and exclusion are always done at normal transmit power mode.  This product can be included and 
operated in any Z-Wave network with other Z-Wave certified devices from other manufacturers and/or other applications. All non-battery operated 

nodes within the network will act as repeaters regardless of vendor to increase reliability of the network. 

 

MOTORIZED GATES / GARAGE DOORS 

 

SECURITY PANEL ZONE-IN 

 

MOTORIZED SHADES / PANELS / SOLAR 

 

EXISTING WIRED SECURITY SENSORS 

 

SOLENOID CONTROL 

Summary of Contents for MIMO2+

Page 1: ...ge to the unit and may cause damage to property and or personal injury including loss of life o WARNING Do not attempt to use the relays to switch residential or industrial Alternating Current AC lines The relays are to be used for low power load control only Refer to above electrical specifications for relays Do not store highly flammable items such as oily rags or other combustibles near your MI...

Page 2: ...ically activated by Z WaveTM commands However the user can override Z WaveTM control by configuring the input trigger conditions to be mapped to the output relays via logical AND OR functions DIAGRAM The MIMO2 features two inputs and two outputs in the form of relays Wire connections can be made to the Normally Open NO or Normally Closed CO relay terminals Control and monitoring is available via Z...

Page 3: ...efault every 20 minutes SIG2 Multilevel Sensor Report Multichannel upon change of trigger or periodically Default every 20 minutes 2 2 One of the following depending on whether Endpoint 1 or Endpoint 2 SIG1 Basic Set upon change of trigger SIG2 Basic Set upon change of trigger 3 4 REL1 REL2 1 Lifeline the controller should automatically set up this association 2 One of the following depending on w...

Page 4: ...CONFIGURATION SIG1 and SIG2 Endpoints 1 and 2 The default trigger configuration for the analog inputs SIG1 and SIG2 simulates a Digital threshold around 1 6V voltage falling or 2V voltage rising That is the inputs will trigger when the input is untriggered and the level goes above approximately 2V and will reset when the level is triggered and the level goes below approximately 1 6V The trigger ra...

Page 5: ...equipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off and on the user is encouraged to try to correct the interference by one of the following measures Reorient or relocate the receiving antenna Increase the separation between the equipment and receiver Connect the equipment into an outlet on a circuit different from that to...

Page 6: ...y nature FORTREZZ LLC expressly disclaims all implied warranties including but not limited to the implied warranties of merchantability and fitness for a particular purpose FORTREZZ LLC does not warrant guarantee or make any representations regarding the use or the results of the use of the products or any accompanying materials in terms of their correctness accuracy reliability or otherwise In no...

Page 7: ... REL1 COMMAND_CLASS_SWITCH_BINARY Sets or resets REL1 COMMAND_CLASS_SENSOR_MULTILEVEL General Purpose Value type for 12 bit ADC analog SIG1 input COMMAND_CLASS_CONFIGURATION COMMAND_CLASS_SECURITY COMMAND_CLASS_MULTI_CHANNEL_V4 allows Endpoints to be commanded status ed COMMAND_CLASS_FIRMWARE_UPDATE_MD_V2 Device Type Supported Command Classes Endpoints 1 2 SIG1 SIG2 Generic Device Type GENERIC_TYP...

Page 8: ...alues over 127 to their signed numerical value 1 REL1 Configuration b7 b5 Input to Relay Mapping REL1 Basic Binary Switch commands ignored see Relay Mapping section below b4 b0 Momentary latch count resolution 100ms 0 non momentary 5 00000101b No relay mapping moment latch for 0 5s 1 128 127 0x00 0xFF 2 REL2 Configuration b7 b5 Input to Relay Mapping REL1 Basic Binary Switch commands ignored see R...

Page 9: ...Lower Threshold Low 128 Unsigned Value 128 1 128 127 0x00 0xFF 12 SIG2 Upper Threshold High 1 Unsigned Value 255 1 128 127 0x00 0xFF 13 SIG2 Upper Threshold Low Unsigned value must be greater than Lower Threshold High and less than Upper Threshold High 2 Unsigned Value 254 1 128 127 0x00 0xFF Analog Input Voltage Conversion SIG1 and SIG2 and Triggering The input signal voltage conversion to Multil...

Page 10: ...vel Sensor Command class to verify that configured trigger points correspond to the desired input voltage levels The default trigger configuration for the analog inputs SIG1 and SIG2 is a threshold around 1 85V That is the inputs will trigger when the input is untriggered and the level goes above approximately 1 85V and will reset when the level is triggered and the level goes below approximately ...

Page 11: ...48 481 7092 sales fortrezz com Made in USA 072916 The following diagrams illustrate another way of considering this triggering capability The X axis in these diagrams represent time passing from left to right The diagrams show the triggering state as the input voltage rises from zero to a certain point and then falls back to zero ...

Page 12: ... REL1 is set if SIG1 is triggered or if SIG2 is triggered cleared otherwise 2 If only bit 7 is set for the REL2 configuration then the mapping equation is REL2 state SIG1 AND SIG2 REL2 is set if SIG1 and SIG2 are both triggered cleared otherwise 3 If only bit 5 is set for the Relay 1 configuration then the mapping equation is REL1 state SIG1 REL1 is set if SIG1 is triggered cleared otherwise POWER...

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