background image

MT312-104 

User’s Guide

 

400-0638-001 

 

 
 
 
 
 
 

 

3. 

[?C] 

Read the complete controller configuration that includes 
RS-232 ports, relay states, and sensor settings. This 
configuration is provided in a machine parseable format. 

Command:  [?Cii] 

Feedback:  [(MT312-104C04)(VR690-0425-002C04) 
(RI4001,4001C04)(SR0930140811101000C04) 
(RL00C04)(IR00C04)(TP23C04)(PR03011C04)] 

All status feedback is enclosed in brackets, “[ ]“. Each data 
field within the status is enclosed in parentheses. The first 
two characters identify the status type. The last three 
characters are the card’s ID.  

The digits in between represent the values and/or settings. 
All values are fixed lengths and use leading zeros to allow 
easy parsing.  

Following is a breakdown of the above example. 

Start status 

(MT312-104C04) 

Model number 

(VR690-0425-002C04) 

Firmware version 

(RI4001,5001C04) 

RS232: port #1 then #2 

(9600)

 

(none)

 

(8 bits)

 

(1 stop bit)

 

Port #1  baud 

parity 
data bits 
stop bits 

(19200)

 

(none)

 

(8 bits)

 

(1 stop bit)

 

Port #2  baud 

parity 
data bits 
stop bits 

(SR0930140811104000C04)   Sensors: port #1 then #2 

093 

(2.5 V)

 

01 

(25 ms)

 

408 

(11.0 V)

 

Sen #1  trigger 

de-bounce 
value 

111 

(3.0V)

 

04 

(100 ms)

 

000 

(0.0 V)

 

Sen #2  trigger 

de-bounce 
value 

(RL01C04) 

Relays 

(off/open) 

(on/closed) 

Relay #1 
Relay #2 

(IR01C04) 

IR frequency  

(38 kHz) 

(56 kHz)

 

Port #1  
Port #2  

(TP23C04) 

Temperature in °C 

23 

Degrees C 

(PR03011C04) 

Power in milliwatts 

03011 (3,011 mW) 

Card power, 5-digits 

End status 

 

4. 

[…S] – SAVE 

This command saves the configuration command being 
sent in memory.  Send [I1O1C8S] and after reset or power 
up, Input 1 is connected to Output 1 on C8.  This command 
only saves the Input 1 to Output 1 connection above. Use 
the [CiiS] command to save all current settings. 

This command does not apply to the MT312-104. 

 

5. 

[DISP] 

This command returns the card information that is 
displayed on the enclosure LCD window. 

Command Format: [DISPCii] 

Read what is displayed on the LCD by sending [DISPC3]. 
The feedback displays the text for both the top row and the 
bottom row separated by commas. 

[MT312-104,NEUTRON CONTROL C04] 

6. 

[DRV] 

This command displays the BIOS version. 

Command Format: [DRVCii] 

Example: 

Send the command [DRVC4] to check the version of the 
MT312-104 in slot 4.  The card returns feedback: 

[003C04] 

003  = BIOS firmware version 
C04  = card ID 

 

7. 

[FRST] 

This command clears the card, restoring the factory default 
settings. 

Command Format:  [FRSTCii] 

Example: 

To clear the card in slot 4, send [FRSTC4]. The card in slot 
4 is now returned to its default factory values. 

8. 

[GROUP] 

This command assigns a card to a group of cards. If a 
group command is sent to the enclosure and the group 
number matches, the group command is executed by all 
cards in the group. The is no feedback with group 
commands. 

Command Format:  [GROUPxCii] 

= Group ID  (x = # from 1 to 8) 

Example: 

Assign the card in slot 4 to group 2 by sending 
[GROUP2C4]. Execute a group command by sending the 
command with a group ID. For example, [ON1G4]. 

Summary of Contents for Neutron MT312-104

Page 1: ...n may cause harmful interference to radio communications Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct th...

Page 2: ...ector AC101 302 Table 1 MT312 104 General Mechanical MT312 104 Slots 1 Weight 0 8 lb 0 36 kg actual 0 7 lb Connector Panel Black Anodized T Operating 10 C 45 C Humidity 90 non condensing MTBF calc 38...

Page 3: ...or trigger devices like projector screens The relays can also route power to low power DC devices but make sure to verify the load requirements against the relay specifications The state of each relay...

Page 4: ...ion ports on the front or rear of the enclosure All commands have the structure of open bracket command card ID and close bracket command card id In this manual all card IDs are assumed part of the co...

Page 5: ...ts 03011 3 011 mW Card power 5 digits End status 4 S SAVE This command saves the configuration command being sent in memory Send I1O1C8S and after reset or power up Input 1 is connected to Output 1 on...

Page 6: ...turns the power milliwatts Command Format PWRMCii Example Read the power consumption in milliwatts of the card in slot 4 by sending PWRMC4 feedback is like the following 4596mWC04 14 SFT This command...

Page 7: ...rd characters Use for HEX value ex 0D carriage return Send no data to simply enable the Rx port For example send TRRS1 C04 to enable the Rx1 port on the card Example Output VER on RS 232 port 1 by sen...

Page 8: ...nal memory A single IR command requires 10 individual save commands of 100 characters each After each command is processed the Neutron will return acknowledgement indicating it has finished processing...

Page 9: ...ectly from the controller This command allows virtually unlimited IR commands to be used in place of or in addition to the built in IR memory of the Neutron This command works in conjunction with the...

Page 10: ...er to output the data to the IR ports Command Format IRM2RAMmmCii mm IR memory location number 01 to 99 2 digits Example Load the IR data from memory location 02 into RAM by sending the following comm...

Page 11: ...1 or 2 v Time v from 00 to 20 default 250 ms Example Set the de bounce time for sensor input 2 to 100 ms by sending the following to the controller CSD204C04 Once complete the Neutron sends confirmat...

Page 12: ...9 Summary of Commands Common Commands 1 C Card status 2 CiS Save all settings 3 C Parseable card status 4 S Save single command 5 DISP Return card information 6 DRV Return BIOS firmware version 7 FRS...

Reviews: