Alderon Industries Mini Power Post MPMS-0001 User manual

QUICK START GUIDE
Mini Power Post™Monitoring System
Pump Connection Center | Demand Dose
15 Amp, 120/240VAC | Models: MPMS-0001 and MPMS-0002
Safety Guidelines
Step 2: Remove Bottom Cover Step 4: Installing Wire into WAGO
Before proceeding with the installation or operation of this product,
read all instructions thoroughly, as well as complying with all federal,
state and local codes, regulations, and practices. This product must
be installed by qualied personnel familiar with all applicable local
electrical and mechanical codes. Refer to the National Electrical Code
(NFPA 70). Failure to properly install and test this product can result in
personal injury or equipment malfunction.
WARNING
Step 1: Install Post
QSG00290_Rev06_MPMS_Mini Power Post Monitoring System | May 27, 2022 9:49 AM
Before making wire connections and terminations, carefully read this
step for proper functions of both types of WAGO connectors.
WARNING: Improper use of the connectors will cause damage, DO
NOT use mechanical tools to open or close, hand usage only.
Wire Termination - Splice Connector WAGO (Fig. 1):
1) Lift tab(s) upward.
2) Insert wire(s) into slot.
3) Press tab(s) downward.
4) Make sure wire(s) are secured.
Wire Connection - Quick Snap Terminal WAGO (Fig. 2):
1) Press tab(s) outward. DO NOT open past 40° angle
2) Insert wire(s) into slot.
3) Press tab(s) inward.
4) Make sure wire(s) are secured.
Determine location for the post in the
ground near a tank and drill access
holes for the float switch cables using
the customer supplied conduit/fittings or
Alderon’s riser connection kit. Route the
cables through access holes and wire as
described in step 5. Run the direct burial
power wires underneath the bottom of
the post as shown in the diagram.
Note: Seal all conduits to prevent moisture and gases
from entering the post per local codes.
Direct
Burial
Wires
2B2A
Remove the bottom enclosure cover screw, slide directly downward
until the sound chamber is cleared (2A) and pull directly away (2B).
Step 3: Remove / Install Post Cap
Remove Post Cap:
1) Remove Screws and Lift Cap Upwards
Install Post Cap:
1) Position text FRONT (with arrows) Forward
3) Align Fastener Holes
4) Fasten Screws to Secure Cap to Post
(Fig. 1) (Fig. 2)
TO OPEN
WAGO
TO CLOSE
WAGO
TO OPEN
WAGO
TO CLOSE
WAGO
FRONT
Alderon Industries™ | Patent Pending

Step 5: Wiring
Step 6: Piggyback Plugs and Testing
(120VAC Example Shown)
6B
6A
PIGGYBACK PLUG CONNECTIONS
1) Plug the male end of the piggyback plug on the pump switch power
cable into the pre-installed female power receptacle inside the post (6A).
2) Plug the male end of the pump power cable into the female end of the
piggyback plug on the pump switch power cable (6B) from 6-1.
Step 7: Install Bottom Cover
Line up the bottom enclosure cover with the grooves (7A), then slide
directly upward (7B) until it meets the top of the enclosure so the screw
hole is lined up and replace the screw at the bottom of enclosure.
Step 8: Backll
Make sure all steps of the installation,
wiring, and testing are complete. Take
the dirt/soil removed and backll the
area for the post, riser, and direct
burial power wiring. Backll
Area
Backll
Area
7A 7B
The wiring diagram shows four terminals on the quick snap terminal block
that consists of two pairs of connections. Make sure to read and review
the connector examples on step 4 for proper installation prior to wiring.
Note: The quick snap terminal block, is herein referred to as “terminal”
for instruction purposes. The installation example shown is for 120VAC,
for 240VAC installation the neutral (N) wire would be replaced by line
connection (L2) and white wire would include a red band to indicate the
wire is hot.
1) The alarm and pump power connections are factory wired from the
terminals and pre-installed female receptacle in the middle cable
grip. The wires are terminated by the pre-installed Wago connectors
which are separated into line, neutral, and ground connections.
2) The rst cable grip, starting at the right, has a cable grip divider
allowing for two cable sources to be brought into the enclosure. The
top side of the cable grip is used for the both the alarm and pump
power, attached in series. The line (L1), neutral (N), and ground (G)
wires each get terminated by the Wago connectors. After bringing in
the cables, rmly tighten the cable grip by twisting clockwise until
securely fastened.
If the system is equipped with a remote alarm panel, high level alarm oat
switch, and/or lter switch, continue with the steps below before proceeding
to power connection or testing.
3) The rst cable grip, starting at the right, has a cable grip divider
allowing for two cable sources to be brought into the enclosure. The
bottom side of the cable grip is used for the customer supplied
sensor wire. Use the provided Wago connectors to terminate the
black (1C), red (1B), and white (1A) wires. After bringing in the
cables, rmly tighten the cable grip by twisting clockwise until
securely fastened.
4) The third cable grip, on the left, has a cable grip divider for the
sensor wires. The high level alarm oat switch black and white wires
are paired with the black and common sensor wires (1C and 1A).
The lter switch black and white wires are paired with the red and
common sensor wires (1B and 1A). After bringing in the cables, rmly
tighten the cable grip by twisting clockwise until securely fastened.
5) NEVER leave ground wire(s) exposed, use provided Wago
connector for wire termination.
Note: A sensor wire is connected to the terminal blocks on the remote
alarm panel and wired in pairs to the high level alarm oat switch and lter
switch inside the enclosure of the Mini Power Post™ as described above.
The alarm panel provides remote notication of alarm conditions.
WAGO
WAGO
WHITE
BLACK
WHITE/RED
GROUND
WHITE
BLACK
BLACK
BLACK
WHITE/RED
GROUND
1A 1B 1C
RED
BLACK
WHITE
BLACK
WHITE
BLACK
L1
N
G
Power Wiring
(steps 5-1 and 5-2)
L1
N
G
Factory Wired
Factory Wired
Field Wired
Factory Wired
Factory Wired
Field Wired
Field Wired
Factory Wired
Alarm Power
Pump Power
N/L2
L1
L1
Factory Wired
Make sure all steps of the installation and wiring process is completed
and there is power to the product prior to testing.
STEP 1: TEST ALARM LEDs
Press the test pushbutton, lifetime pump run event counter statistic
should display, then alarm LEDs should illuminate while cycling between
red, green, blue, and off. The OLED screen should display a TESTING
(COLOR) event for respective LEDs after event statistic is displayed.
STEP 2: TEST PUMP AND PUMP FLOAT SWITCH
Make sure the tank has water to perform testing. Activate the pump
oat switch, the blue LEDs should illuminate and the OLED screen
should display a PUMP RUN event and the pump amps are displayed.
STEP 3: RECOMMENDED SYSTEM SETTINGS
Alderon™ recommends changing the factory settings for: high amp
level, extended pump run time, and gallons per minute.
STEP 4: TEST WEEKLY
To ensure the product is functioning properly, test once a week.

Menu System - Main Menu
2.0 | Main Menu - Settings
1.0 | Main Menu - Resettable History
MAIN MENU - Blank Screen
When system is idle with no event activity or
key pressed for at least 70 seconds, the OLED
screen will be blank. Press any arrow key
(up, down, left, or right) to wake the system,
SYSTEM NORMAL will appear.
MAIN MENU - System Normal
From SYSTEM NORMAL screen, press the
MENU button to access main menu and
RESETBLE HISTORY will appear. Pressing
MENU button from a blank screen will also
access the main menu.
1.0 | MAIN MENU - Resettable History
From the RESETBLE HISTORY screen,
press right arrow key for menu. Press down
arrow key to the SETTINGS screen.
2.0 | MAIN MENU - Settings
From the SETTINGS screen, press right
arrow key for menu to enter password and
program system settings. Press down arrow
key to the LIFETIME HISTORY screen.
3.0 | MAIN MENU - Lifetime History
From the LIFETIME HISTORY screen, press
right arrow key for menu. Press down arrow
key to the MODEL / FIRMWARE screen.
4.0 | MAIN MENU - Model/Firmware
From the MODEL/FIRMWARE screen, press
down arrow key to bring you back to the
RESETBLE HISTORY screen.
Note: The down arrow key will cycle through
the menu options until a specic option is
selected using the right arrow key.
From the RESETBLE HISTORY screen,
press right arrow key to access the menu for
event statistics and then press down arrow
key for the available events within this menu.
1.1 Pump Run Stats
1.2 Extended Pump Run Stats
1.3 High Amp Stats
1.4 Pump Float Stats
1.5 Power Loss Stats
Press right arrow key for the individual
stats of each event type listed above and
data stored in the system. Each resettable
history event stat has a clear history
function. The non-volatile memory allows all
settings and statistics to be retained during
power outages.
Note: The down arrow key will cycle through
all the resettable history menu options until
a specic option is selected using the right
arrow key as displayed on the screen. Press
the left arrow key to exit from any screen.
Press the test pushbutton to exit the menu
system.
From the SETTINGS screen, press right arrow key to access the menu.
2.1 Password (factory set to 1919)
i. Password 0000 will appear on the screen
ii. Up or down arrow, increase/decrease selected digit
iii. Right arrow, moves cursor to the right (blinking)
iv. Press MENU to accept password; press left arrow to exit
vi. Incorrect entry will exit user to the settings menu
Note: To change password, use up/down arrows until password screen reappears,
then enter numeric values between 0000-9999 and press MENU to save.
2.2 Normal LED Setting (factory set to LED On)
i. Normally LED Off?, press MENU to turn LED off
ii. Normally LED On?, press MENU to turn LED on
2.3 Pump Run LED Setting (factory set to LED On)
i. Pump Run LED Off?, press MENU to turn LED off
ii. Pump Run LED On?, press MENU to turn LED on
2.4 Extended Pump Run Time Setting (factory set to 30 minutes)
i. The current setting will appear on the screen
ii. Up or down arrow, increase/decrease selected digit
iii. Right arrow, moves cursor to the right (blinking)
iv. Press MENU to save changes; press left arrow to exit
2.5 High Amp Level Setting (factory set to 15 Amps)
i. The current setting will appear on the screen
ii. Up or down arrow, increase/decrease selected digit
iii. Right arrow, moves cursor to the right (blinking)
iv. Press MENU to save changes; press left arrow to exit
2.6 Gallons Per Minute Setting (factory set to Zero)
i. The current setting will appear on the screen
ii. Up or down arrow, increase/decrease selected digit
iii. Right arrow, moves cursor to the right (blinking)
iv. Press MENU to save changes; press left arrow to exit
CAUTION: Alderon™ recommends changing factory settings to customize the
system per application for desired operation.
OR
OR

Mini Power Post™Monitoring System - Features
3.0 | Main Menu - Lifetime History
1Power On Indicator - Green LEDs illuminate inside top cover of enclosure cover,
power on indicators can be disabled in system settings
2Alarm Beacon - Alarm LEDs (various colors) illuminate inside the top cover of
enclosure cover
3Pump Run Indicator - Blue LEDs illuminate inside top cover of enclosure cover, pump
run indicators can be disabled in system settings
4System LED Indicators - Multiple color indicators will illuminate inside top cover of
enclosure cover for visual indication of various system events and/or alarm conditions
5OLED Display Screen - Displays system functions in addition to LED indicators
6 Menu Keypad - Toggle for system functions, program settings, and view statistics
7Test Pushbutton - Quick access to lifetime pump run event counter statistic, test
alarm LEDs, or exit the menu system
8Quick Snap Terminal Block - Connections for system wiring, factory wired
9 Vented Post Cap - Allows airow, prevents build up of gases/condensation inside post
10 QR Code (not shown) - Scan for additional product information (alderonind.com)
11 Cable Grips - Pre-installed for easy installation
12 Pump Power Receptacle (not shown) - Pre-installed, female, 15A, available in either
120VAC or 240VAC (voltage depends on model/part number)
13 Post - Provides wire routing access for system power and pump power while
protecting from water intrusion
From the LIFETIME HISTORY screen,
press right arrow key to access the menu for
event statistics and then press down arrow
key for the available events within this menu.
3.1 Pump Run Stats
3.2 Extended Pump Run Stats
3.3 High Amp Stats
3.4 Pump Float Stats
3.5 Power Loss Stats
Press right arrow key for the individual stats
of each event type listed above and data
stored in the system. The lifetime statistics
are non-resettable and are displayed in Title
Case format for visual separation from the
resettable statistics, which are displayed
in UPPERCASE format. The non-volatile
memory allows all settings and statistics to
be retained during power outages.
Note: The down arrow key will cycle through
all the lifetime history menu options until a
specic option is selected using the right
arrow key as displayed on the screen. Press
the left arrow key to exit from any screen.
Press the test pushbutton to exit the menu
system.
Included with Product
Specications
▪ (1) Mini Power Post™; junction box and cable grips pre-installed on post
▪ (1) Pre-installed, female, 15A, pump power receptacle
(120VAC or 240VAC, voltage depends on model/part number)
▪ (6) Wago connectors
FCC Part 15: NOTE: This equipment has been tested and found to comply with the limits for a Class B digital device, pur-
suant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference
in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and
used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no
guarantee that interference will not occur in a particular installation. If this 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 or more of the following measures: increase the separation between the equipment and
receiver, connect the equipment into an outlet on a circuit different from that to which the receiver is connected, consult the
dealer or an experienced radio/TV technician for help. Caution: changes / modications not approved by Alderon Industries
could void the user’s authority to operate the equipment.
Customer Support
Online
alderonind.com
Email
[email protected]
QR Code
Scan code for full product details
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1Base Model (Mini Power Post™ Monitoring System) 3Alarm Options
(1-Zone Indoor Alarm, 20' Alarm
Float, and 20' Filter Switch)
5Riser Kit/Access Options (2.0"Riser Connection Kit)
2Pump Voltage (120VAC Pump) 4Pump Switch Options (15A, 20' Wide Angle)
MPMS185B1
1 2 3 4 5
Model Number Nomenclature
Alarm Power: 120VAC or 240VAC, 60Hz
(tied in series to pump power)
Power Consumption: 14 Watts maximum (alarm condition)
Enclosure: Outdoor, rated Type 3R
Certifications: FCC Part 15 (US/Canada), CSA (US/Canada)
Pump Power Receptacle: 120VAC or 240VAC, 15A, 60Hz
Pump Power: 120VAC or 240VAC, 13A or 15A, 60Hz
(voltage/amps depends on model/part number)