Our Apex System has been touted by industry professionals as the best-value aquarium controller on the market today. This model of the Apex has Wi-Fi built-in, is easy to set up and use, includes temp, pH, ORP, and salinity monitoring with many useful and tank-saving features. Neptune has put together a package that included the salinity, temp, pH and ORP probes, along with WiFi connectivity all in a single package. The Apex Controller is by far one of the most advance dedicated aquarium controllers on the market today. Firmware updating the Neptune Systems APEX Aquarium Computer with Scott Leif of LA Fishguys Aquarium Tech Talk. A nine part series on the installation of the APEX Aqua Controller on Jims' 180. The Apex Controller is by far one of the most advanced dedicated aquarium controllers on the market today. The wide variety of controllability with the Apex Controller System and its easy to use cloud interface makes it a perfect option for a fully automated reef tank.
Overview
Monitor aquarium salinity in real-time with this simple upgrade to your AquaController Apex Controller System. Neptune Systems AquaController Apex PM2 Salinity Module expands the monitoring and control capabilities of your Apex system by adding conductivity and temperature probe ports. Six additional I/O switch inputs are great for ATO, feed buttons, float switches, water sensors, flow sensors and more! Izi-applicant 1.2.1 free download for mac.
Neptune Systems AquaController Apex PM2 Salinity Module is an invaluable expansion option for reef-keepers or any hobbyists with a saltwater aquarium. Provides 4 measurement ranges (0-900 µS/cm, 0-9.0 mS/cm, 0-90.0 mS/cm, 0-50 ppt) to suit hobbyist preference.
Apex Neptune Firmware Update
Connect a Neptune Systems AquaController Apex Temperature Probe (sold separately) to the additional temperature port on the PM2 Salinity Module and set the temperature compensation to experience the most accurate real-time salinity measurement possible!
Features
Physical Installation
WARNING: Your Apex Base Module must be running firmware version 4.02 or higher to support the Probe Module 2. The current firmware version can be checked from the Apex Display on the Self Test screen. If needed, please upgrade the Apex Base Module firmware to 4.02 or higher before proceeding with the installation. See the Apex Setup and Programming Guide for firmware upgrade instructions.
The AquaController Probe Module 2 should be securely mounted in a location free from moisture. Use wood screws through the mounting tabs of the probe module case or if mounting on drywall, use drywall anchors (mounting hardware not included).
WARNING: Water damage will void your warranty! Mount all modules in locations safe from moisture exposure.
Free spire doc download for mac. Initial Connections
Plug one end of the included AquaBus cable into one of the AquaBus ports on the Probe Module and the other end into an available AquaBus port on your existing Apex system. It makes no difference which AquaBus port is used and you do not need to power down the system when connecting AquaBus accessories as the system is plug-and-play.
WARNING: NEVER plug standard USB devices into any AquaBus connector or AquaBus accessories into computer USB ports. Damage to the AquaBus accessory and/or USB device may result.
Connect the Conductivity Probe (must be purchased separately, available from your Neptune retailer) to the port labeled Conductivity on the Probe Module 2. Push the Mini-DIN connector into position paying close attention to the pin alignment.
If you are using a temperature probe with the Probe Module 2 (must be purchased separately, available from your Neptune retailer), plug in to the port labeled Temp on the Probe Module and place the other end of the Temperature Probe in the aquarium water in an area of medium to high flow in the same area as the conductivity probe.
Startup
As soon as the Probe Module is connected to an active AquaBus, the Probe Module will power up and begin to initialize. When first connected to an AquaController Base Module (through the AquaBus), the Probe Module will automatically be assigned an AquaBus address and be added to the AquaController configuration. The LED Status indicator on the Probe Module will flash yellow while it is being initialized. Once initialized, the LED Status indicator will be solid green. The LED Status indicator will flash yellow when the Probe Module is powered on and communication with the AquaController Base Module is lost.
Verify the Installation
Verify the probe module was initialized and added to the AquaController Apex configuration: Apex Display: Setup > Module Setup > Modify Name - From this screen, you can see all AquaBus modules installed on the system. Web Interface: Configuration> Module Setup - Verify the probe module is listed in the Apex Module List.
Update Probe Module Firmware
A new version of firmware for Probe Modules may be included with Apex Base Module firmware updates. You should check the firmware version status when the Probe Module is first installed and after updating the AquaController Base Module firmware. See the section titled Updating Firmware in the AquaController Apex Setup and Programming Guide for instructions to update AquaController Apex Base Module and probe module firmware.
To check or update an Apex module firmware:
Apex Display: Setup> Module Setup> Update Module - Use the Up/Down arrows to highlight the Apex module to update, push Select to update. Web Interface: Configuration> Module Setup - In the Module Configure area, in the Module: box, select the Apex module to update from the dropdown list, click the Update Firmware radio button, click the Submit Module Update button, a new browser window will open to display the update status.
Conductivity Probe Setup
To enable the Conductivity Probe: Apex Display: Setup> Cond Setup> Cond Enable - If you have more than one Conductivity port on your system, use the Up/Down arrow keys to choose the port you wish to configure, press Select, then use the Up/Down arrow keys to select ON/OFF for that port, press OK when done or Exit to discard changes. Web Interface: This option is not available from the Web Interface.
Conductivity Range
The PM2 supports 4 conductivity ranges to support the conductivity measurement of various solutions. The four ranges are described in Table 1-Conductivity Range Options.
NOTE: When the conductivity range is in salinity mode, the probe is still actually reading the conductivity of the water. Since the ratio of ions in saltwater is very well defined, there is a direct correlation between the conductivity of the water and the salinity of the tank.
NOTE: If the conductivity range is changed, don't forget to update outlet programs that are based on the conductivity reading as the values will change with the change in range.
Temperature Compensation
Conductivity measurements are temperature dependent. The degree to which temperature affects conductivity varies from solution to solution. Seawater typically has a temperature correction factor of 2.1 to 2.3 %/C. In order for the PM2 to automatically compensate for changes in conductivity as the temperature of the water changes, you must connect a temperature probe to the PM2 and set the temperature compensation as described below. The temperature probe connected to the Apex Base Module cannot be used for automatic temperature compensation on the PM2.
WARNING: Temperature compensation value MUST be set to 0.0 if no temperature probe is attached to the PM2.
To set the Temperature Compensation:
Apex Display: Setup> Cond Setup> Temp Comp - Use the Up/Down arrow keys to select the temperature compensation in %/C, press OK when done or Exit to discard changes. Web Interface: This option is not available from the Web Interface Apex Controller System Neptune Systems
NOTE: Leave the Temperature Compensation set to 0.0 if you are not using temperature compensation or do not have a temperature probe attached to the PM2. Other temperature probes on the system cannot be used for temperature compensation of the conductivity probe.
Conductivity Probe Calibration
NOTE: Set the Conductivity Range and Temperature Compensation settings before calibrating the Conductivity Probe. See the previous section for instructions on setting these parameters.
To calibrate a Conductivity probe:
Apex Display: Setup> Cond Setup> Cond Calibrate
NOTE: Many conductivity calibration solutions do not have the same ionic composition as saltwater, so using a refractometer to measure the salinity of the calibration solution is not valid. For example, the Neptune 53.0 mS/cm conductivity calibration standard will not have a salinity of 35 PPT or a specific gravity of 1.0259.
Web Interface: This option is not available from the Web Interface.
Conductivity Probe Maintenance
Conductivity probes should be periodically cleaned for best performance. The period between cleanings is up to the user but typically, every 1-3 months is normal. To clean the probe, gently brush the sides and tip of the probe with a soft brush to remove any debris. Rinse the probe in tap water. Soaking the probe in acid (vinegar) or alkali (borax) solution to remove mineral deposits is not typically needed but can be used to try and bring back an old probe that has stopped working.
Switch Inputs
The PM2 has a Mini DIN8 connector for switch inputs labeled I/O. These inputs can be used for switches, float switches, water sensors, flow sensors, etc. Switch inputs connected to Probe Modules will be identified as Switchx3_2, Switchx5_3, etc. The first number in the switch name corresponds to the AquaBus address assigned to the probe module. The second number corresponds to the switch input number (1-6).
WARNING: Do not apply voltage to the switch inputs or damage to the AquaController Apex may occur.
Connect switches to the AquaController Apex by connecting one wire from the mechanical switch to the ground pin (pin 8), and the other wire from the switch to one of the six digital inputs (pin 1-6). Connections can be easily made using a Neptune I/O Breakout box available at your local Neptune Retailer. The breakout box features spring-loaded connectors to make connections easy without tools or soldering.
The Apex and accessory inputs are TTL level (5V) inputs with internal pull-up resistors. With nothing connected, the switch inputs will indicate OPEN (Logic 1-5V). When connected to Ground (Pin 8), the switch will indicate CLOSED (Logic 0-0V).
Switch Inputs are programmed using the If Switch command. For example, if you wanted to turn a pump on when a float switch closes, you would add this command to the pump outlet program:
If Switch1 CLOSED Then ON
See the section titled Appendix 3 -Programming Reference and Appendix 4-Advanced Programming Examples in the Apex Setup and Programming Guide for more information.
Programming
The Conductivity probe will be identified as 'Condx3,' 'Condx4,' etc in the Apex system. The number in the probe identifier corresponds to the AquaBus number assigned to the PM2.
If a temperature probe is connected to the PM2, it is identified as 'Tmpx3', 'Tmpx4', etc. with the same AquaBus number as the pH/ORP probe.
Switch inputs connected to probe modules will be identified as Switchx3_2, Switchx5_3, etc. The first number in the switch name corresponds to the AquaBus address assigned to the probe module. The second number corresponds to the switch input number (1-6).
NOTE: The conductivity reading can be added to the Apex Display and Web Interface Status Screens. See the section titled Display Setup in the Apex Setup and Programming Guide for more information.
The following are some valid program statements (assumes that probe module is installed and configured on AquaBus address 4).
If Tmpx4 > 80.0 Then ON
If Condx4 > 53.0 Then ON If Switchx4_2 CLOSED Then OFF
Please see the Programming Outlets section of the Apex Setup and Programming Guide for more information on programming the AquaController Apex.
Neptune Systems Apex Setup
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We are beginning a new series and it is all about Apex Aquarium Controllers from Neptune Systems. These controllers and monitors are extremely popular because they can make the maintenance of your saltwater aquarium a breeze. All you have to do is set it up properly and you are on your way.
In this first episode, we answer the question - so I just ordered by Neptune Apex, what should I do before it arrives? 1. Where are you going to plug it in? Since water is involved, it is essential to have a GFCI outlet either within your home or as part of the power strip. You may also want to consider a surge protector to protect the investment of the Apex controller and your reef tank. 2. How will you connect to the internet? You can use the display pad on the Apex but it is much easier to program via the internet. If there is a direct ethernet connection use it, if it doesn't put one in if you have the ability to add one do it, nothing beats a direct connection. If you don't have that ability the Apex can be connected via a wireless access point, game adaptor or similar product. While they don't officially support it Neptune's suggested device is the Netgear WNCE 2001. 3. How are you going to mount the gear? You can attach all the gear to a cabinet or wall but it is popular to attach to a mounting board for easy removal - using a prefab shelf works great. Be sure to manage all the cords with inexpensive clips and zip ties. 4. Finally, begin reading the manual to familiar yourself with all the features and functions of your new Apex Controller. Have you already set up an Apex Aquarium Controller for your reef tank? How did it go? Thinking of purchasing the Apex and want some set up advice? Ask below. Check out the entire Apex line: http://brs.li/neptuneapex Watch the whole playlist: https://www.youtube.com/playlist?list=PLBaMLrfToJyz8091y-PoECoUo5QfMGg1S Connect with us on Facebook: http://www.facebook.com/BulkReefSupply Check out our pics on Instagram: http://instagram.com/bulkreefsupply
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