Toro Lynx Central Control PE 2.0 OSMAC Specifications

LYNX PE CENTRAL CONTROL FOR OSMAC

General Specifications

Number of satellites: Up to 255
Number of satellite stations: up to 1,344
Number of Courses: 2
Number of holes per course: 48
Number of holes per system: 96
Number of areas per system: 99
Number of Area Programs per system: 999
Number of OSMAC satellite stand-alone Smart OSMAC programs: 12
Number of switch controls for automation of non-irrigation functions (lights, fountains, aerators, etc.): Unlimited
26 priorities (A-Z) assigned to Programs
3 Site Code categories with user defined names
300 Hydraulic branches
6 Precipitation Management Groups (PMG) to refine flow management
Up to 900 Instant Programs
Supports up to 10 weather stations and up to 3 hydraulic sources

Area, Hole, Sprinkler based Program Architecture with Dynamic Drill down to individual stations.
Station Based Flow management for optimum system performance and reduce water time window
Automated multi-level hydraulic flow and electrical systems management (Electro-Flow)
Electro-Flowª simultaneously manages hydraulic and electrical demands in the system for total system efficiency
Detailed, color-coded graphing of system projected flow
Manual adjustment factors allow for scheduling refinement by station, hole, program, course and for site.
Calculates and executes runtimes to the second
Automated adjustment factors allow scheduling refinement from 0-900%
Programmable weather station and pump station alarms: Up to 99 responses for any alarm
Integration with Toro Turf Guard Soil Sensor system.
Integration with Flowtronex Pace Pump Station, Flowtronex Pumplog software, Watertronics WaterVision software,
Grundfos Pump Station with Toro-Grundfos Integration Service software.
User-definable names versus system defaults
On-line, context-sensitive Help screens

Advanced reporting capabilities:

Provides informational displays of the central controller status, actual watering times per station, contents of
the database, overview of scheduled irrigation activity
Allows for graphical presentation of the system projected flow, an analysis of sensor data and water usage by
the irrigation system
Reports stations that are assigned to more than 1 program
Reports for Water Usage, Weather data, Pump Station operation

Standard Hand-held radio capability
Remote sprinkler activation by hardware address
Pause and resume
System test by hardware address

Optional Hand-held radio capability
Remote sprinkler activation by area and hole/area
Runtime adjustment by percentage
Control Code request
Station Test by area
Logging of manual irrigation on Course Report

Digital paging communication mode

Irrigation methods:
Basic: daily run times or application amounts assigned to programs
Intermediate: run times modified automatically with changes in daily ET, identified by ET source

Advanced: run times calculated automatically based on sprinkler data, site parameters and measured ET

Microsoft Windows 7 Ultimate operating platform
True 100% 64-bit architecture
Supports 16 languages: English, Bulgarian, Simplified Chinese, Czech, Danish, Dutch, French, German, Italian, Japanese,
Korean, Norwegian, Portuguese, Russian, Spanish and Swedish
Supports U.S and metric units of measure
Runs on standard or premium computer (contact local distributor for current specifications)

Integrated Map software allows:
Dynamic, interactive operation
Use of a non-scaled graphic image file
Use of a scaled CAD generated map
Enhanced graphics
GPS compatibility for accuracy
User Editing of Sprinkler, Satellite, Sensor, and Switch locations
Floating of map onto secondary 1080P monitor

Standard Weather Software allows:
Automatic system adjustment using ET
On-site or off-site weather station
User-defined alarm thresholds
Interactive, automatic response to the central
Rain Shut Down and Rain Re-Flow alarm responses