Smartswitch RA-800 User manual

SMARTSWITCH
RA-800
Slave Alarm Monitor
Installation Manual

Model RA-800
Installation Manual

Wiring Block Diagram 4
Installation Steps 5
Wiring Diagram (AL-100) 5
Mounting Instructions 6
Programming Instructions 7 -12
Operating Instructions 13
Electrical Specifications 13
Table of Contents

4
To next device
Wiring Block Diagram
Black
battery
negative
Red
battery
positive
Output relay
Inputs
1 to 4
White=Coms neg
Blue=Coms pos
Red=Battery +
Black=Battery -
AL-100
(IOU)
RA-800
Remote Display Unit (RDU)
AL 8000
Master Display Unit (MDU)
Inputs
5 to 8
Output relay
Inputs
1 to 4
White=Coms neg
Blue=Coms pos
Red=Battery +
Black=Battery -
AL-100
(IOU)
Inputs
5 to 8

5
Smartswitch Technologies Ltd recommends a Qualified Marine or Auto-
Electrician installsthis product.
Step 1:
Install and connect the Master Display Head Unit (AL-8000)
Step 2:
Install and connect the Input Units (AL-100) page 6 of the AL-8000 manual.
Step 3:
Setup Rotary Switches page 7 of the AL-8000 manual.
Step 4:
Program the Remote Display Unit (RA-800) page 7 to 12.
The RA unit needs to be programmed similarly (but not exactly the same
as the AL-8000) to identify the alarms that you want to monitor from that
unit.
Wiring Diagram for RA-800 (MDU)
Installation Steps
Model :
Serial No :
Voltage :
D.O.M :
Back View
Batt +
Batt -
Net +
Net -

6
The AL-8000 manual will also be required when programming this unit.
Explanation of override groups:
There are four Override groups 1, 2, 3, and 4
If this option is selected then any input (alarm) that is joined to the override group will ONLY
be active when that override input is active (typically used for engine override).
Example: If input 5, 6 & 7 are joined to the override one group and the override one signal is
connected to the Port engine running signal then the system will only look at these inputs
when the Port engine is running.
Override groups are attached to I/O rotary switch 2 inputs 1, 2, 3 and 4
(Refer to the AL-8000 manual page 7 for switch positions)
Explanation of inputs with timers:
There are 8 timers available and may be programmed from 5 seconds to 10 minutes. Once
an input attached to a timer has been activated the programmed timer will start but the
system will not look at the input until the timer has expired. These timers are attached to I/O
Box switch position 2 Input 5, 6, 7, 8 and I/O Box switch position 3 Input 1, 2, 3, and 4. See
step 9. (Refer to the AL-8000 manual page 7 for switch positions)
Step 1: Placing the unit in Program Mode
Press and hold down the Backlight & Scroll keys together for 3 seconds. This will bring you to
the Set-Up Menu and place the unit in program mode.
Note: Press the Scroll key to scroll through the Set-Up Menu
Program:
Step 2: Selecting Which AL-100 to program
The display will now show
Use the “SCROLL” or “BACKLIGHT” keys to change the switch number, which corresponds
to the I/O unit being programmed (refer to the AL-8000 manual page 7) for switch numbers.
Programming Instructions:
Select Switch 2
< Down Up >
SET-UP MENU
PROGRAM (see step 2)
ERASE (see step 11)
SET ADDRESS (see step 12)
EXIT MENU
Use the Scroll key to
scroll down to these.

7
Once the switch number has been selected push the “MUTE” key to accept.
Step 3: Select Input
Use the “SCROLL” or “BACKLIGHT” keys to change the input number, which corresponds to
the input being programmed.
Once the switch number has been selected push the “MUTE” key to accept.
Step 4: Override Feature
The overrides are only attached to I/O Box switch position 2, Input 1, 2, 3 and 4
The following will be displayed when the above I/O Box is being programmed.
If no is selected the system will NOT ask about override 2, 3 or 4 if yes is selected then the
question will be asked about override two when you are programming input 2 and the same
for input three and input four. If No is selected go to step 5.
One override only (Single engine vessel):
If this feature is required then the override one group must be on.
When programming I/O Box switch position 2 Input 1
Answer YES to “ DO YOU WANT TO USE OVERRIDE ONE”
When programming I/O Box switch position 2 Input 2
Answer NO to “ DO YOU WANT TO USE OVERRIDE TWO”
The engine running signal MUST be connected to I/O Unit Switch Position 2, Input 1
Two overrides (Twin-engine vessel):
If this feature is required for both Port and Starboard engines, then both override one and
override two groups must be on.
When programming I/O Box switch position 2 Input 1
Answer YES to “ DO YOU WANT TO USE OVERRIDE ONE”
When programming I/O Box switch position 2 Input 2
Answer YES to “ DO YOU WANT TO USE OVERRIDE TWO”
When programming I/O Box switch position 2 Input 3
Answer NO to “ DO YOU WANT TO USE OVERRIDE THREE”
When programming I/O Box switch position 2 Input 4
Answer NO to “ DO YOU WANT TO USE OVERRIDE FOUR”
The Port engine running signal MUST be connected to I/O Unit Switch Position 2, Input 1
The Stb engine running signal MUST be connected to I/O Unit Switch Position 2, Input 2
Use Override 1
< No Yes >
Select Input 1
< Down Up >

8
Three overrides (Two engine vessel & Aux):
When programming I/O Box switch position 2 Input 1
Answer YES to “ DO YOU WANT TO USE OVERRIDE ONE”
When programming I/O Box switch position 2 Input 2
Answer YES to “ DO YOU WANT TO USE OVERRIDE TWO”
When programming I/O Box switch position 2 Input 3
Answer YES to “ DO YOU WANT TO USE OVERRIDE THREE”
When programming I/O Box switch position 2 Input 4
Answer NO to “ DO YOU WANT TO USE OVERRIDE FOUR”
The engine one running signal MUST be connected to I/O Unit Switch Position 2, Input 1
The engine two running signal MUST be connected to I/O Unit Switch Position 2, Input 2
The engine three running signal MUST be connected to I/O Unit Switch Position 2, Input 3
Four overrides (Four engine vessel):
When programming I/O Box switch position 2 Input 1
Answer YES to “ DO YOU WANT TO USE OVERRIDE ONE”
When programming I/O Box switch position 2 Input 2
Answer YES to “ DO YOU WANT TO USE OVERRIDE TWO”
When programming I/O Box switch position 2 Input 3
Answer YES to “ DO YOU WANT TO USE OVERRIDE THREE”
When programming I/O Box switch position 2 Input 4
Answer YES to “ DO YOU WANT TO USE OVERRIDE FOUR”
The engine one running signal MUST be connected to I/O Unit Switch Position 2, Input 1
The engine two running signal MUST be connected to I/O Unit Switch Position 2, Input 2
The engine three running signal MUST be connected to I/O Unit Switch Position 2, Input 3
The engine four running signal MUST be connected to I/O Unit Switch Position 2, Input 4
Two overrides joined:
Override one and two can be interconnected by selecting option 5 in Step 8.
Both override one and two will need to be active before any input attached to them will be
looked at.
Setting Delay Time:
The delay time is the time it takes (approx) to start the engine (and is programmable from 1 to
20 seconds) during this time the inputs are looked at by the system but NOT latched as
genuine faults. If for example the delay time is set for 5 seconds and the engine is started, the
oil pressure alarm will display and the buzzer will sound, if after 5 seconds the oil pressure is
OK the buzzer will turn off and the display oil pressure fault will disappear. If however after 5
seconds (or any other time while the engine is running) the oil pressure is NOT OK the buzzer
will keep sounding and the display will flash the text “Oil Pressure” or whatever text has been
programmed.
Use the “SCROLL” or “BACKLIGHT” keys to scroll through the delay times. Push the “MUTE”
key to accept, this will take you back to Step 3.
Seconds = 00
< Down Up >

9
Step 5: Setting Alarm Tones
There are three alarm tones available
1/ Alarm & Tone. Gives an audible alarm tone on fault
2/ Alarm NO Tone. Does NOT give an audible alarm tone on fault
3/ Alarm & Repeat Tone. Gives an audible alarm tone on fault & after muting will return in 1 minute
Use the “SCROLL” or “BACKLIGHT” keys to scroll through the options and the “MUTE” key to
enter.
The display will now show:
Step 6: Selecting /Creating Alarm Name’s
The display will now show:
Use the “SCROLL” or “BACKLIGHT” keys to scroll through the pre-named Alarms. Once you
have found the one required push the “MUTE” key to enter.
If you would like to create your own name push the “MUTE” key. Use the “SCROLL“ key to
sequences thru Alpha set including 0 –9.
The “BACKLIGHT” key moves the cursor to the next position.
When finished push the “MUTE” key. If Ignition Override has been set as per Step 4 this will
take you to Step 7. If not and the input as a timer attached if not it will take you to Step 9, if no
timer is attached it will take you to Step10.
Step 7: Use Override
The display will now show:
If YES is selected and only ONE override group has been selected as per Step 4 (one
override only) it will take you to Step 9 if the input as a timer attached other wise it will take
you to Step 10.
If more than one override group has been selected it will take you to Step 8.
Use Override
< No Yes >
ENGINE OIL PRESSURE
< Alarm Text >
1=Alarm & Tone
< Select Alarm Type >

10
Step 8: Which Override Group
The display will now show:
Push the “SCROLL” or “BACKLIGHT” keys to scroll thought the override groups.
Upon pushing the “MUTE” key the input that you have just setup now belongs to whichever
group you selected and will only be active when the override input is active.
Step 9: Timers
There are 8 timers available and may be programmed from 5 seconds to 10 minutes. These
timers are attached to I/O Box switch position 2 Input 5, 6, 7, 8 and I/O Box switch position 3
Input 1, 2, 3, and 4.
If one of these inputs are being programmed the display will now show, if not it will take you to
Step 11.
If No is selected this will take you to Step10.
If Yes is selected the display will now show.
Use the “SCROLL” or “BACKLIGHT” keys to scroll through the times.
If zero seconds are required push the “MUTE” key, this will take you to the minute’s field
If zero minutes are required push the “MUTE” key, this will take you to Step 10.
Override group 1
< Down Up >
USE DELAY TIMER
< No Yes >
Note: This will only be asked if I/O Box switch
position 2 Input 5, 6, 7, 8 or I/O Box switch
position 3 Input 1, 2, 3, and 4 are being
programmed.
Seconds = 00
< Down Up >
Minutes = 00
< Down Up >