Maxicom2® Multi-Site Irrigation Central Control
System
The Maxicom2 Irrigation Central
Control Systems is designed for multi-site commercial or
industrial irrigation applications. Hundreds of sites and
weather sources can be controlled and monitored from one
location through telephone, cellular modem, radio (450-470
MHz), spread spectrum radio (900 MHz), direct cable connect,
short-haul modem, fiber-optic modem, Ethernet device server,
Wi-Fi device server, or fiber-optic device server communication.
Automated ET based irrigation control and the most flexible
scheduling system allows control of multiple sites to exact
specifications, making it ideal for municipalities, school
districts, home owners associations, and park and recreation
departments.
Multiple Sites
A Maxicom2 system utilizes a Central Controller installed
at a primary location. Information is transmitted from this
Central Controller to Cluster Control
Units (CCU) or ESP-SITE
Satellite Controllers in the field. The CCU acts as the system’s “computer-in-the-field,” allowing
the ability to control hundreds of remote sites from one Central Controller.
The CCU can monitor, communicate to, and manage as many as 28 ESP-SAT Satellite
controllers or other field devices via a variety of hardwire and wireless communications
options.
New Features!
Maxicom2 Version
3.5 includes two new features:
Low Flow Alarm –The Low Flow Alarm feature is designed
to notify users when the flow in a designated section of
the irrigation system falls below a pre-determined threshold
level, or when there is no flow (zero flow) when flow is
expected. This feature provides warnings of and indications
(active stations at the time of the alarm) to locate stuck
valves, clogged lines, plugged heads, failed solenoids,
etc. This feature requires an updated CCU Firmware Chip
(Version 6.00R or greater).
Odd/ Even Scheduling –This feature provides users
the ability to program their system to irrigate on Odd,
Even, or Odd31 days. Also included in the Odd/Even programming
is an Exclusion Days feature, which allows designation
of weekdays when irrigation should not occur (based on
a seven-day week). This feature allows users to schedule
irrigation to meet watering restrictions with Odd/Even
start days while also accounting for non-water days (mow
days, etc).
Control Features
From the Maxicom2 Central Controller, irrigation
systems at multiple sites can be scheduled for days to
water, run times, cyclical scheduling, linking schedules,
sensor starts, cycle and soak schedules, etc.
Irrigation start days are easily scheduled to meet complex
watering requirements. Start days can be based on a custom
day pattern per a weekly calendar (MTWTFSS), odd/even/odd31
days, or skip days (starting on a designated date and skipping
X days between irrigation starts). Event days off allow
designation of non-water days (mow days, special events,
etc).
Station operating times or the number of days between
operation can be automatically adjusted in response to
changing daily ET (Evapotranspiration) values supplied
by a Rain Bird Weather Station or other ET source.
Irrigation and weather factors, such as soil infiltration
rate and rainfall intensity, can be compared to determine
the exact effect weather has on irrigation needs.
Cycle+Soak™ feature optimizes the application of
water on sites with poor drainage sites, slopes, and heavy
soil areas. Water is applied at or below soil intake rates
automatically, even during high water-use periods.
Manual operation of system from the Central Controller
or from the field Satellite Controllers.
Operation of lighting systems (such as athletic field
lighting), security gates, fountains, pumps, sensors, or
other systems can also be managed from one central Maxicom2 location.
Monitor Features
Weather sources can be monitored by Maxicom2 calculating
daily ET and effective rainfall values and automatically
adjusting station run times or the number of days between
operation to replace only the water the landscape requires.
Flo-Watch™ monitors hydraulic conditions in the
field, checking for over or under flow conditions caused
by breaks in system piping or valve malfunctions. In the
event of an overflow problem (line break, etc), the system
will automatically identify where the problem is located,
initiate valve or mainline shutdown, and send an alarm
message identifying where the problem occurred and the
action taken to isolate the problem. For low or no flow
conditions, the system will send an alarm message identifying
the condition and currently operating valves in the problem
zone, and automatically take any follow-up actions designated.
Flo-Manager™ provides real-time monitoring and
sequencing of the order in which valves operate to maximize
but never exceed the systems hydraulic capacity. Flo-Manager
facilitates multi-station operation, which helps shorten
the total system runtime and watering window.
Schedules can start, advance, pause, or cancel according
to sensor input (rain, wind, etc) from the site.
Alarm messages automatically alert the user to problems
at the sites.
Software Features:
Graphical User Interface (Windows)
Automated ET (with Min/Max ET)
ET Checkbook™
Flo-Manager™
Flo-Watch™
Cycle+Soak™
Rain Watch™
Schedule Audit
Manual station control
Irrigation water windows
Control of non-irrigation applications
Event calendar scheduling
Water usage logs
Station run time & water cost logs
Fail-safe redundant back-up systems
FREEDOM Remote Control System
Multiple communication options
Operates with all existing Rain Bird Central Control
Hardware Products
System purchase includes GSP Global Support Plan
Remote System Control
Take control of your system and operate
Maxicom2 from anywhere
using the Rain
Bird FREEDOM System. Available with phone (landline
or cellular) or radio communication.
Central Control Support
Every Central Controller purchase comes with a one-year Global
Support Plan (GSP). Following that first year, three support
plan renewal lengths are offered. Select the coverage plan
that best suits your needs - 5 years, 3 years, or 1 year.