Altronix LINQ8ACM Installation And Programming Manual Download Page 12

 

- 12 - LINQ8ACM(CB)

8. 

Battery Backup: select whether the output will be backed up in the event of a power failure. 

 

Uncheck the associated box to disable battery back for that output.

9. 

Over/Under Current: Enter both the High and Low current limits for the associated output. 

 

If either of these limits are exceeded an alert message and/or email notification will be generated.

10. 

Over/Under Voltage: Enter both the High and Low voltage limits for the associated output. 

 

If either of these limits are exceeded an alert message and/or email notification will be generated.

11.  Click on the button labeled 

Submit to save the settings.

Temperature Settings:

1.  Click on the 

Temperature tab at the top of the screen. 

2.  Enter the high temperature threshold in Celsius. 

3.  Click on the button labeled 

Submit to save the settings.

Battery Service Date(s):

If batteries are not being used uncheck the box under 

Present to disable battery monitoring.

1.  Click on the 

Batteries tab at the top of the screen. 

2.  Enter the date the batteries were installed under 

Installation Date for each connected power supply.

3.  Enter the date for battery service under 

Service Date for each connected power supply.

 

NOTE: Batteries should be inspected at least once a year. Even through the expected battery life is 

 

five (5) years it is recommended replacing batteries every four (4) years.

4.  Click on the button labeled 

Submit to save the settings

Power Supply Settings:

If only one (1) power supply is being used uncheck the box under 

Present next to the unused power supply to 

disable monitoring.

1.  Click on the 

Power Supplies tab at the top of the screen.

2. 

Over/Under Voltage: Enter both the High and Low voltage limits for the associated input. 

 

If either of these limits are exceeded an alert message and/or email notification will be generated.

3. 

Over/Under Current: Enter both the High and Low current limits for the associated input. 

 

If either of these limits are exceeded an alert message and/or email notification will be generated.

4.  Click on the button labeled 

Submit to save the settings

Output Current Calibration:

During the initial setup all outputs need to be calibrated to insure accurate current readings.

1.  Click on the 

Calibration tab at the top of the screen.

2.  With all loads disconnected click on the tab labeled 

Calibrate All Zero Offset Currents to set all output 

 

currents to zero.

3.  Connecting each output one at a time, measure the current draw and enter this value for this output 

 under 

Actual

4.  Click on the button labeled 

Calibrate Gain to save the settings.

5.  Repeat steps 3 & 4 for all remaining outputs.

When replacing or adding a new device the output needs to be recalibrated.

1.  Click on the 

Calibration tab at the top of the screen.

2.  With the load disconnected from the output, click on the tab labeled 

Calibrate Offset for the output to set its 

 

current to zero.

3.  Connect the output, measure the current draw and enter this value under 

Actual

4.  Click on the button labeled 

Calibrate Gain to save the settings.

5.  Repeat steps 3 & 4 for all remaining outputs.

B. Timer Setup:

Click on the 

Timers tab to access the timers setup screen.

1.  Click on the 

Add New Timer bar.

2. 

Timer Label: Enter a descriptive name for the timer function.

3. 

Timer Start Date: Enter the date on which the timing function will start (i.e. 10/09/2019).

4. 

Timer Interval: Using the pulldown menu select the interval the time will operate.

5. 

Timer Start Time: enter the time that the timer event will start.

6. 

Timer Actions: Select the function for each output that will occur during the timer event. 

7.  Click on the button labeled 

Submit to save the settings.

To add additional timer events, repeat steps 1-7.

C. Network Setup:

1.  Click on the 

TCP/IP tab to access the IP settings screen.

2.  Click on the 

Configure IP Settings tab at the top of the screen to access the IP setup.

3.  In the 

Method field use the pulldown menu select the method that the IP Address for the LINQ8ACM(CB) 

 

will be obtained: “Static” or “DHCP”, then follow the appropriate steps below.

Summary of Contents for LINQ8ACM

Page 1: ...r Controllers Installation and Programming Manual Models include LINQ8ACM Network Access Power Controller Eight 8 Fused Outputs LINQ8ACMCB Network Access Power Controller Eight 8 PTC Outputs Please be...

Page 2: ...1 12 or 24 VDC from eFlow series power supply Input 2 a 12 or 24 VDC from eFlow series power supply b 5 or 12 VDC from VR6 voltage regulator Dual Input Option 2 24 and 12 VDC from Tango1B PoE Driven P...

Page 3: ...connect is triggered Flashing Blue Heartbeat LED indicates network connection Individual OUT1 OUT8 Red LEDs indicate outputs are triggered Individual Voltage LEDs indicate 12VDC Green or 24VDC Red Env...

Page 4: ...arity connect the voltage input trigger wires and the supplied 10K resistor to terminals marked INP1 to INP8 9 Fire Alarm Interface Options program fire alarm interface options via LINQ software A nor...

Page 5: ...lly Closed NC Open Collector Sink or Wet Input Triggers Tamper Tamper Switch Input AC NC C Connect appropriate signaling notification devices to the terminals to report AC fail BAT NC C Connect approp...

Page 6: ...Ratings Input Voltage and Source Output Voltage Rating 5VDC from VR6 regulator 5VDC 12V from VR6 regulator 12VDC 12VDC from external power supply 11 7 12VDC 24VDC from external power supply 23 7 24VD...

Page 7: ...over mounting hole with star pattern 4 Align 8 pin male connector with female receptacle of LINQ8ACM CB then mount 5 Connect 24VDC power supply to terminal marked PWR1 of LINQ8ACM CB Thus Input 1 of L...

Page 8: ...ACM CB is 24VDC from power supply and Input 2 is determined by Tango1B s settings 12VDC or 12VDC 6 Complete steps 4 10 pgs 3 4 LINQ8ACM LINQ8ACMCB Tango1B Tango1B Fig 4 Ethernet Input 802 3bt PoE up t...

Page 9: ...PWR1 PWR2 PWR1 PWR2 PWR1 PWR2 PWR1 OUT1 OUT7 OUT2 OUT3 OUT4 OUT5 OUT6 OUT8 NC C NO BAT AC Tamper NC C NO INP1 INP2 INP3 INP4 INP5 INP6 INP7 INP8 A C B A T F A C P B e a t O u t1 O u t2 O u t3 O u t4...

Page 10: ...e effect after the server is rebooted Click OK DHCP a After selecting DHCP in the IP Address Method field click the button labeled Submit Network Settings A dialog box will display New network setting...

Page 11: ...stamp the system log and email alerts 1 Click on the Status tab to access the status page 2 Click the time and date in the upper left a dialog box will open 3 Click on SYNC DATE AND TIME A Hardware Se...

Page 12: ...either of these limits are exceeded an alert message and or email notification will be generated 4 Click on the button labeled Submit to save the settings Output Current Calibration During the initial...

Page 13: ...remote access and monitoring The default inbound port setting is 80 HTTP is not encrypted and unsecure Even though HTTP can be used for remote access it is recommended primarily for use with LAN conne...

Page 14: ...2 Locate the new certificate file 3 Upload the certificate file 4 Under Key upload click on Select Key File 5 Locate the new certificate file 6 Upload the Key file 7 Click on the button labeled Submit...

Page 15: ...he EOL position Latching Single Reset COM F R GND GND C F R EOL RST NC FACP COM F R GND GND C F R EOL RST NC FACP Jumper Jumper COM F R GND GND C F R EOL RST NC FACP COM F R GND GND C F R EOL RST NC F...

Page 16: ...Jumper EOL Fig 10 Polarity reversal input from FACP signaling circuit output polarity is referenced in alarm condition Latching COM F R GND GND C F R EOL RST NC FACP EOL N O Switch Hook Up Diagrams CO...

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