Hunter Industries Golf Irrigation User Manual

Golf Irrigation Product Catalogue
GOLF IRRIGATION
|
Built on Innovation
®
VOLUME 37
hunterindustries.com/golf
HUNTER FAMILY
of Products
Founded in 1981, Hunter Industries is a family-owned, global
of best-in-class solutions for residential, commercial, municipal, agricultural, and golf course irrigation systems, as well as the outdoor lighting industry. Headed by CEO Greg Hunter, our Global Operations team provides leadership for the entire company. The core mission of Hunter Industries will always remain the same: to deliver valued products and services backed by unwavering customer support, grow the company conscientiously, and remain true to the culture that makes our employees proud to work at Hunter. Learn more at
hunterindustries.com.
manufacturer
GOLF IRRIGATION
Hunter has been on the leading edge of golf course irrigation for more than three decades. We build performance,
reliability, and serviceability into every product. From our industry-best rotors to our robust Pilot system, we take pride in providing golf experts and professionals with the tools and support they need to conceptualise, create, and manage world-class golf courses. Learn more
at hunterindustries.com/golf.
irrigation control
From rotors and valves to weather sensors and smart controllers, our philosophy is to produce
products that allow landscape professionals to create optimal functionality and ambience while promoting sustainable resource use. We are committed to pushing the boundaries of technology and customer experience in every product and project we undertake.
Learn more at hunterindustries.com/products.
COMMERCIAL IRRIGATION
FX Luminaire is an industry-leading manufacturer of landscape and architectural lighting products. We
focus on the advancement of LED technology and digital lighting control with zoning, dimming, and colour adjustment capabilities. In addition, we oer a full spectrum of highly ecient lighting xtures that can be utilised to create elegant landscape lighting systems for a range of golf course applications, from clubhouses to pathways. Learn more at fxl.com.
What’s New IN VOLUME 37
AT HUNTER INDUSTRIES, WE KNOW THAT THE NEEDS OF GOLF COURSE SUPERINTENDENTS CONTINUE TO EVOLVE.
Irrigation simply must become more ecient. Today’s professionals are calling for more than just high-performance products — they expect unwavering partnership from manufacturers, from conception to installation and beyond.
That’s why we have redoubled our eorts to bring you solutions that meet and exceed golf course irrigation requirements. We’ve enhanced our world-class Pilot irrigation management platform and invested in groundbreaking rotor technology. All our products remain backed by industry-leading training and technical support.
TTS-800 Series Rotors
TTS-800 Series rotors provide maximum uniformity and longevity in the eld. The high-torque gear drives are the strongest in the industry, so the challenges of reclaimed water use or poor water quality are mitigated. An extra-large, fast-access ange compartment comfortably accommodates wire connections and other components. Convenient, no-dig Total Top Serviceability means routine maintenance is a breeze.
See page 20 for more details.
Pilot Command Center Soware
With newly enhanced Pilot Command Center soware, superintendents can create hydraulically safe and ecient daily golf course watering plans faster than ever before. Pilot allows you to operate thousands of individually controlled sprinklers in seconds — right from the Command Center. From here, all watering changes can be performed from one easy-to-navigate screen.
See page 8 for more details.
Table of CONTENTS
PILOT NETWORK
7 Pilot Network 8 Pilot CCS 10 Pilot Field Controller Systems 12 Pilot Integrated Hub Systems 14 Weather Station 15 Maintenance Radio 15 ICD-HP
GOLF ROTORS
20 TTS-800 Series 32 G-800 Series 40 B Series 48 G-900 Series
SWING JOINTS AND ACCESSORIES
50 HSJ Swing Joints 53 Accessories 54 To ols
LANDSCAPE SOLUTIONS
55 Landscape Solutions
LANDSCAPE AND ARCHITECTURAL LIGHTING
93 FX Luminaire
TECHNICAL INFORMATION
95 Technical Services 97 Hunter University 98 Precipitation Rates 99 Conversion Factors 100 Symbols and Constants 101 Electrical Specifications 102 Current Requirement Charts 103 Wire Sizing 104 Wire Data 105 Additional Data
STATEMENT OF WARRANTY
106 Statement of Warranty
ROTORS
57 PGP Ultra 58 PGP Ultra PRB 58 I-20 PRB 62 I-2 5 65 I-40 68 I-80 70 I-90
MP ROTATOR
73 MP Rotator 78 MP Rotator 800 Series
SPRAY BODIES
81 Pro-Spray PRS40
VALVES
85 ICV 87 IBV 89 Accu Sync 90 Quick Couplers

PILOT NETWORK

PILOT® NETWORK
6

PILOT NETWORK

TOTAL IRRIGATION CONTROL
PILOT COMMAND CENTER SOFTWARE
With industry-leading Pilot Command Center soware (CCS), you can create a daily watering plan for thousands of individually controlled sprinklers in just minutes, right from an easy-to-navigate central screen. Pilot CCS allows you to safely balance sprinkler demand with water and electrical supply for the most ecient irrigation cycles possible.
PILOT INTEGRATED HUB SYSTEM
Thanks to integrated two-way modules, Pilot hub systems have a 999-station capacity and can run up to 120 stations simultaneously. Each hub has a plastic enclosure with a full-featured control panel. It can be used as a standalone device or connected to Pilot CCS as part of a Pilot network for ow-optimised irrigation management. Communication options within the Pilot network include wired, UHF radio, spread spectrum radio, or a mixture of all three.
PILOT NETWORK
PILOT FIELD CONTROLLER SYSTEM
The eld controller has an 80-station capacity, so you can do more with less. Because each controller can run up to 20 stations at a time, they shorten your overall watering window. The full-featured controller has everything you need in a standalone eld controller. For a fully automated, ow­optimised system, network all your controllers together with Pilot CCS. Communication options within the Pilot network include wired, UHF radio, spread spectrum radio, or a mixture of all three.
EASY TO PROGRAM AND MAINTAIN
Pilot CCS is an advanced soware package designed to centrally manage all decision-making in a Pilot network. The heart of Pilot CCS is the Command Center. This convenient view allows you to quickly create and manage daily watering plans, tune the system to match your local environment, and produce hydraulically balanced watering instructions.
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PILOT CCS FIELD CONTROLLER INTEGRATED HUB WEATHER STATION MAINTENANCE RADIO ICDHP

PILOT COMMAND CENTER SOFTWARE
PILOT NETWORK
Pilot Command Center soware (CCS) is easy to use and has all the features you need to reliably and automatically water your course.
adjusted manually or determined automatically using ET. You create watering plans directly in the Command Center — a powerful irrigation planning tool that shows you every sprinkler on the course organised according to your management style.
PILOT SPECIFICATIONS
• Operating system: 64-bit Windows
• Maximum controllers or hubs: about 1,000
• Maximum two-way module stations: about 1 million
• Sprinkler run time options: minutes, millimetres, inches, or ET
• Hydraulic management: fully customisable down to individual stations
• Mapping: interactive and based on scalable vector graphics (SVG)
Run times can be
Windows is a trademark of Microsoft Corporation in the United States and/or other countries. Lenovo and ThinkVision are trademarks of Lenovo in the United States, other countries, or both.
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PILOT CCS FIELD CONTROLLER INTEGRATED HUB WEATHER STATION MAINTENANCE RADIO ICDHP
SPEND LESS TIME RUNNING YOUR PUMP
Pilot CCS uses your electrical and hydraulic data to eciently balance sprinkler demand while maintaining ow at safe velocities. To protect your pump station and maintain optimal sprinkler uniformity, you can gradually step up irrigation in safe increments.
Flow Optimisation
PILOT NETWORK
COMMAND CENTER
Planning daily watering for your course has never been simpler. The Command Center shows every sprinkler on the course, logically arranged according to your personal management requirements. You can easily make daily adjustments with just a few clicks of the mouse.
MAPPING YOUR COURSE
Although having a map is not required, adding one allows you to run water by simply clicking the station symbols on the map. With this helpful feature, you can also monitor stations as they are running.
Command Center
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Maps
GOLF IRRIGATION | Built on Innovation
®
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PILOT CCS FIELD CONTROLLER INTEGRATED HUB WEATHER STATION MAINTENANCE RADIO ICDHP
Number of Stations: 80
PILOT FIELD
Typ e: Field Controller
CONTROLLER SYSTEMS
PILOT NETWORK
FEATURES
• Five languages
• Up to 80 station outputs in 10-station increments
• Up to three Hunter golf valve-in-head rotors per station output
• Up to 20 simultaneous Hunter golf valve-in-head rotors active per controller
• 32 automatic schedules with eight start times per schedule
• Exclusive Safe-Toggle™ mechanical on-o-auto station switches
POWER SUPPLY INPUT
Two voltage settings:
• 120 VAC nominal voltage at 60/50 Hz (100 to 132 VAC)
• 230 VAC nominal voltage at 50/60 Hz (200 to 260 VAC)
Current requirement:
• 1 amp under load at 110 VAC
• 0.7 amp under load at 230 VAC
For additional information, see electrical data on page 101.
OUTPUT VOLTAGE
• Station: 1 A at 24 VAC
• Hot post: 0.4 A at 24 VAC
• Capacity: Three standard 24 VAC Hunter golf rotors per output; 20 maximum simultaneously running stations
• 1–31 day skip-day scheduling
• One-touch rain shutdown up to 30 days or indenitely
• One-touch Safe-Pause™ with 30 minute safety timer
• 1–300% run time seasonal adjustment
• Seasonal start time adjustment is used to quickly change all start times plus or minus 30 minutes
Pilot-FC Plastic Pedestal
Height: 100 cm Width: 60 cm Depth: 44 cm Weight: 32 kg
Pilot-FI Field Interface
One is required with any Pilot network system. It is used to link the central computer to the eld equipment. For indoor locations only.
Height: 30 cm Width: 30 cm Depth: 11 cm Weight: 2 kg
RADIO SYSTEMS
• UHF radio: 450-490 MHz; other UHF frequencies available for selected markets
• Spread spectrum radio: 915 MHz
WIRED SYSTEMS
• GCBL: Shielded two twisted pairs, 0.82 mm²
• GCBLA: Armoured, shielded two twisted pairs, 0.82 mm²
PILOTFI  SPECIFICATION BUILDER ORDER 1 + 2 + 3
1
Model
Pilot-FI
Examples: Pilot-FI-HWR Pilot-FI-UHF
= Field interface with hardwire communications
= Field interface with UHF radio communications
Standard Features
2
Plastic pedestal (grey)
Communication Options
3
HWR
Hardwire communications
UHF
UHF radio communications (licence required)
UHFA
UHF radio (licence required, Australia only)
LF
915 MHz spread-spectrum radio communications (no licence needed)
10
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PILOT CCS FIELD CONTROLLER INTEGRATED HUB WEATHER STATION MAINTENANCE RADIO ICDHP
THE PILOT FIELD CONTROLLER IS ENGINEERED EXCLUSIVELY FOR GOLF COURSE IRRIGATION MANAGEMENT.
Large backlit display with convenient
Water-Resistant Keypad
function buttons for the most
commonly used features. Built-in
system diagnostics make
troubleshooting your system a breeze.
Safe-Toggle Station Switches and
Diagnostic LED Indicators
Standard for all station outputs,
these features provide quick
troubleshooting and watering tools.
Conveniently Located Dual-Voltage
(120/230 VAC) Junction Box
Features heavy-duty surge protection
and even includes a spare fuse.
PILOT NETWORK
Easy to Service
The only tool required is a Phillips screwdriver, which is included with every controller.
Modular 10-Station Expansion Boards
Colour-coded modular components have captured screws. This means no more lost screws, which simplies assembly and troubleshooting.
Spacious Wiring Area
No exposed circuitry or loose wires. All circuit boards are encapsulated in polyurethane to protect them from moisture, insects, and temperature extremes.
PILOTFC  SPECIFICATION BUILDER ORDER 1 + 2 + 3
1
Model
Pilot-FC20
Pilot-FC30
Pilot-FC40
Pilot-FC50
Pilot-FC60
Pilot-FC70
Pilot-FC80
Examples: Pilot-FC40-S Pilot-FC70-HWR
(20-station)
(30-station)
(40-station)
(50-station) Plastic pedestal (grey)
(60-station)
(70-station)
(80-station)
= 40-station, standalone eld controller with no central communications
= 70-station eld controller with wired communications
Standard Features
2
120/230 VAC 60/50 Hz dual-voltage transformer
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Communication Options
3
S
Standalone eld controller with no central communications
HWR
Wired communications
UHF
UHF radio (licence required)
UHFA
UHF radio (licence required, Australia only)
LF
915 MHz spread-spectrum radio (no licence needed)
GOLF IRRIGATION | Built on Innovation
®
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PILOT CCS FIELD CONTROLLER INTEGRATED HUB WEATHER STATION MAINTENANCE RADIO ICDHP
Number of Stations: 999
PILOT INTEGRATED
Typ e: Integrated Hub
HUB SYSTEMS
PILOT NETWORK
Integrated hub systems are one of the fastest growing forms of technology in irrigation control. A key advantage over eld controller systems is that integrated hub systems use signicantly less wire. This means lower costs, faster installation, and easier system diagnosis and repair if needed. Systems can be easily expanded — with minimal digging and disruption of landscaping — by adding more two-way modules (TWMs) instead of running additional wires.
Pilot embraces this cost-ecient approach. Pilot two-way modules are available with 1-, 2-, 4-, and 6-station outputs, making it possible to run each head on an entire green with a single device. In all, TWMs let you operate about 1,000 stations up to 2.5 km from a single hub.
Pilot two-way modules include built-in surge suppression, colour-coded wire connections, true independent station control, programmable station addresses, and two-way feedback to the hub with conrmation and status indication. Pilot-SG surge suppressors are required when the system is designed and installed with golf rotors containing integrated TWMs.
TWM Hub
Water-Resistant Keypad
The backlit display and illuminated control panel mean you can easily access the hub, day or night
Diagnostic LED Indicators
For all functions on 250-station output modules
250-Station Output Modules
Enable your integrated hub system to expand with your course; start with 250 and grow to 999
Pilot TWMs
1- and 2-station: Height: 9 cm Width: 4 cm Depth: 2.5 cm Weight: 150 g
4- and 6-station: Height: 9 cm Width: 4.5 cm Depth: 4 cm Weight: 250 g
The distinct yellow design makes it much easier to nd the modules in dark valve boxes or buried in the soil.
PILOTDH  SPECIFICATION BUILDER ORDER 1 + 2 + 3
1
Model
Pilot-DH250
Pilot-DH500
Pilot-DH750
(250-station)
(500-station)
(750-station)
Standard Features
2
Plastic pedestal (grey)
Communication Options
3
S
HWR
UHF
UHFA
PILOT-SG Surge Suppressor
All integrated TWM rotors include two 3M DBRY-6 splices for connection to the two-wire path. Integrated TWM systems require grounding with Pilot-SG surge suppressors coupled to an appropriate grounding plate or rod. Hunter recommends a minimum of one Pilot-SG for every 12 installed rotors or as per project specication.
Standalone TWM hub with no central communications
Wired communications
UHF radio (licence required)
UHF radio (licence required, Australia only)
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Pilot-DH999
Examples: Pilot-DH250-S Pilot-DH999-HWR
(999-station)
= 250-station, standalone TWM hub with no central communications
LF
= 999-station TWM hub with wired communications
915 MHz spread-spectrum radio (no licence required)
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PILOT CCS FIELD CONTROLLER INTEGRATED HUB WEATHER STATION MAINTENANCE RADIO ICDHP
Extended Control
Control system components up to 2,500 m away with single pair of wires.
Pilot Integrated Hub
The hub provides independent station control of 999 TWMs with up to 120 running simultaneously.
Surge Protection
Integrated TWM systems require approximately one Pilot surge suppressor for every 12 rotors. The actual number will vary by system design.
Up to 70 m
Up to 70 m
TWM in Valve Box
Sprinkler solenoids can be up to 70 m from the TWM.
Expansion Options
More than 999 stations, you can use up to 999 TWM hubs for nearly 100,000 TWM devices.
Integrated TWM
Hunter’s exclusive integrated TWM module within TTS rotors minimises valve box covers on playing surfaces. See page 22 for more information.
PILOT NETWORK
TWM  SPECIFICATION BUILDER ORDER 1
1
Model
Pilot-100
Pilot-200
Pilot-400
Pilot-600
Pilot-SG
Example: Pilot-100
1-station TWM
2-station TWM
4-station TWM
6-station TWM
Inline surge suppression (for integrated TWM rotor systems)
= 1-station TWM
2
Built-in surge suppressor
DBRY-6 waterproof connectors included
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Standard Features
Wireless Programming
This device is used to test, troubleshoot, and program integrated TWMs. It allows you to wirelessly link directly to TWMs without removing the TTS cover. You can also use it to update the coding inside the TWM's microprocessor.
See the ICD-HP on page 15
GOLF IRRIGATION | Built on Innovation
®
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PILOT CCS FIELD CONTROLLER INTEGRATED HUB WEATHER STATION MAINTENANCE RADIO ICDHP
Range: Wireless, 1 km

WEATHER STATION

PILOT NETWORK
FEATURES
• Includes built-in 60-day data logger: With onboard evapotranspiration (ET) calculation (modied Penman-Monteith equation for turf grass)
• Wireless package uses 2.4 GHz licence-free technology
- 2.4 GHz radio systems can reach up to 3 km
- In rural areas, try the licence-free, 900 MHz radio for links up to 800 m
• Wired systems use Hunter GCBL, direct-bury cable with a range of 1.25 km (dedicated nine-pin serial computer port required)
• Optional solar panel kit provides wireless power
- Simple installation and versatile mounting with onboard 800 mAh rechargeable gel cell battery with 18 VDC transformer and 7 m power cable
• Weatherproof construction: With UV-stabilised enclosure, weatherproof external connectors and long-life coated circuit boards
• UL, c-UL and CE certications
Typ e: Weather Station
TurfWeather Station
Height: 61 cm Width: 40.5 cm Depth: 38 cm Weight: 6 kg
COMPLETE PACKAGES INCLUDE HUNTER WEATHER SOFTWARE
Model Description
TWHW Wired communications to central computer (GCBL cable required)
TW24 2.4 GHz licence-free radio communication to central computer
TW916 916 MHz licence-free radio communication to central computer
TW922A 922 MHz licence-free radio communication to central computer
TWSUN Optional solar power kit for all TurfWeather models
14
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PILOT CCS FIELD CONTROLLER INTEGRATED HUB WEATHER STATION MAINTENANCE RADIO ICDHP
Range: Up to 3.5 km

MAINTENANCE RADIO

Typ e: Remote Control
FEATURES
• Hunter’s famous StraightTalk™ technology enables wireless remote control at ranges up to 3.5 km whether or not the central computer is turned on
• Instant control of stations, blocks, and programs
• Instant audio conrmation of commands
• Easy commands that show in display before sending
• Compact size, industrial construction
• Suitable for two-way voice communication with crews and oce
• High signal output: 2 watts, UHF (450–490 MHz)*
* Licence required
TRNR Radio
Height: 10.25 cm Width: 5.25 cm Depth: 3 cm Weight: 200 g
PILOT NETWORK
ICDHP
FEATURES
• Wirelessly program TWM addresses
• Program TWM station numbers in any order, or skip stations for future expansion
• Turn stations on and view solenoid status, current in milliamps, and more
• Built-in voltmeter for testing communication path
• Communicates with TWMs directly through plastic case; wireless electromagnetic induction saves waterproof connectors
• Communicates through the top of integrated TWM rotor cases; no cover removal required

ICD-HP

Typ e: Two-Way Module Programmer
ICD-HP
Height: 21 cm Width: 9 cm Depth: 5 cm
Packaged in an outdoor carrying case, this complete kit includes probes, an induction cup, cable, a USB power cable for bench use, and four AA batteries for eldwork.
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GOLF IRRIGATION | Built on Innovation
®
15

GOLF ROTORS

ROTOR SOLUTIONS
FOR EVERY GOLF COURSE
INTRODUCING THE TTS800 SERIES: THE MOST ADVANCED ROTORS IN THE GOLF INDUSTRY
Over the last three decades, Hunter Industries has built a longstanding reputation for innovation in the golf industry. Introductions such as the rst Windows-based central control system, the rst Total-Top-Service (TTS) rotors, the rst Decoder-in-Head (DIH) rotors with integrated two-way modules, and the powerful and water-ecient G85 gear-drives are among these revolutionary innovations.
Now, we are proud to advance our legacy of rsts with our all-new TTS-800 Series rotors — the most innovative and technologically advanced rotors in the industry. TTS-800 Series rotors provide maximum uniformity and longevity in the eld. The high-torque gear drives are the strongest in the industry, so the potential challenges of reclaimed water use or poor water quality are mitigated. The fast-access ange compartment is the largest in the industry and can accommodate full-sized DBRY-6 splice connectors. And with no-dig Total Top Serviceability, the TTS-800 provides solenoid and pressure regulator servicing without mainline depressurisation, making routine maintenance a breeze.
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So, whether your irrigation requirements fall into our budget­conscious B-Series category, the advanced G-800 Series rotors, or our top-of-the-line TTS-800 Series rotors, Hunter Industries oers total solutions that will exceed your expectations and ensure beautiful, playable courses for years to come.
GOLF ROTORS
GOLF ROTORS
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GOLF ROTORS
18
UNIFORMITY
YOU CAN COUNT ON
Playability and water eciency go hand-in-hand when it comes to golf course management. This means great distribution uniformity and proper irrigation scheduling are crucial to ensuring world-class performance and beautiful results.
Healthy, playable turf starts with a well-designed irrigation system and top-level golf rotors — like Hunter’s ultra-reliable TTS-880 and TTS-885, with their superior distribution uniformity. Couple this with the best support team in the business, and Hunter's golf solutions are second to none.
At Hunter Golf, we pride ourselves in providing products that set the standard in eciency. Each year, we work directly with golf course superintendents worldwide to conduct comprehensive irrigation system audits that maximise water savings, reduce operating costs, and enhance the golf experience for players and course managers alike.
Choose Hunter Golf products for best-in-class performance and enhanced playability.
GEAR DRIVES
POWER, PERFORMANCE, AND VERSATILITY
TTS-880 TTS-884 TTS-885
POWERFUL GEAR DRIVES
GOLF ROTORS
MEET THE G80 FULLCIRCLE DIRECTDRIVE DYNAMO
In 2013, Hunter introduced the revolutionary G-85 gear-drive, the most powerful in the golf industry. Since then, the G-85’s reputation for power, performance, and versatility have earned the respect of professionals industry-wide. While the G-85 has an adjustable arc drive with triple forward-facing nozzles, it can also be adjusted to non-reversing full-circle rotation. In addition, the G-85 can be congured at the factory as a G-84 in an opposing-nozzle full-circle conguration.
Now, in 2019, Hunter completes the trilog y with the introduction of the new direct-drive G-80 full-circle dynamo — with power to spare. The dedicated full-circle G-80 melds the tried and proven 2006 to 2018 G-80 gearbox with the G-85’s outstanding platform to create the best full-circle gear drive in the golf industry.
DUALTRAJECTORY FLEXIBILITY
The G-80 and the G-84/G-85 gear drives share the same primary nozzle sets. Each gear drive has dedicated short and mid-range nozzles that when combined with the primary nozzles create the uniformity you can count on. Choose from a wide assortment of ecient wind-ghting 22.5° standard
Standard Nozzles Low-Angle Nozzles
trajectory nozzles, or 15° low-angle trajectory nozzles.
Either way, there is a perfect match for your unique course conditions and problem-solving needs. Regardless of the version you choose, changing nozzles is fast and easy with Hunter’s exclusive QuickChange technology.
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GOLF ROTORS
TTS-800 VIH GOLF ROTORS
ADVANCED FEATURES
Total-Top-Service (TTS)
Access Everything Through the Top
This no-dig solution is appreciated by golfers, management, and especially the superintendent
Largest Flange Compartment in the Industry
Spacious cavity with enough room for full-sized 3M DBRY-6 splice connectors
Easy Access and Servicing of Solenoid and Pressure Regulators
Colour-coded components are removed and replaced without mainline depressurisation
Large and Flexible Yardage Marker Capabilities
Oversized marker plates with standard black or red, white, blue, and purple options
Unitized Inlet Valve Design Includes Serviceable Components
Contamination damage is quickly resolved with replaceable valve seat and seat-seal
Exclusive Inlet Valve Includes Self-Cleaning Capabilities
Filter Sentry technology wipes debris from the stainless-steel screen with every activation
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Single-Point Fast-Access to Flange Compartment
Extra-thick compartment lid is retained with stainless-steel ¼-turn fastener
Stage 2 Filtration
Stage 1 Filtration
Two-Stage Serviceable Filtration in Valve Circuitry
Oversize stainless-steel screens at inlet valve and pilot valve are easily cleaned or replaced
Heavy-Duty Flanged and Ribbed Body Design
Impact-resistant and ultra-durable design includes extra-strength PVC Acme inlet
Three Cable Entry Ports at Base of Flange Compartment
Makes splice and cable connections fast, easy, and organised
Low-Bounce Rubber Cover Kit
Impact-absorbing design reduces ball ricochet around the greens
GOLF ROTORS
No-Bounce Turf Cup Kit
Recessed turf cup design is aesthetically clean and eliminates ball ricochet
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GOLF ROTORS
TTS-800 DIH GOLF ROTORS
ADVANCED FEATURES
Access Everything, Including Two-Way Modules, Through the Top
This no-dig solution is appreciated by golfers, management, and especially the superintendent
Largest Flange DIH Compartment in the Industry
Spacious cavity with enough room for two-way modules and full-sized 3M DBRY-6 splice connectors
Two-Way Modules Are Housed in the DIH Rotor’s Spacious Flange Compartment
Improves playability and eliminates unsightly enclosures around the course
Programming Two-Way Modules Wirelessly From the Surface with No Disassmbly
Quick and easy to program and perform diagnostics before or aer installation with ICD-HP
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GOLF ROTORS
Individual Two-Way Module and Solenoid Components Within Flange Compartment
Isolated/separated conguration minimises yearly maintenance costs
State-of-the-Art Surge Suppression
Earth grounding is easily added with the Pilot-SG surge protector
Seamless No-Splice Connection Between Two-Way Module and Solenoid
With no connectors, maintains ongoing electrical continuity
Two-Station DIH Rotor Option
Perfect cost-eective solution for back-to-back heads around greens
DIH Rotors Include All the Unique Features and Benets of TTS Rotors
Makes splice and cable connections fast, easy, and clean
Durability, Eciency, and Reliability from the Makers of the Industry's First TTS and DIH Rotors
Peace of mind from the world's leading producer of gear-driven rotors
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TTS800 SERIES G800 SERIES B SERIES G900 SERIES
TTS800 SERIES
FEATURES
• Model: TTS-880 – Full-circle
• Dual-trajectory, color-coded nozzles:
- 10 standard trajectory (22.5°)
- 9 low-angle trajectory (15°)
• Nozzle range: #15 to #53
• Exclusive PressurePort™ nozzle technology
GOLF ROTORS
• Stainless-steel riser
• Water-lubricated gear drive
► All TTS-800 VIH advanced features ► All TTS-800 DIH advanced features
OPERATING SPECIFICATIONS
• Radius: 14.9 to 29.6 m
• Flow: 3.23 to 13.29 m/hr; 53.8 to 221.4 l/min
• Pressure range: 3.4 to 6.9 bar; 340 to 690 kPa
• All TTS rotors are pressure rated at 10 bar; 1,000 kPa
Model: TTS-880 Radius: 14.9 to 29.6 m Flow: 3.23 to 13.29 m/hr; 53.8 to 221.4 l/min
TTS-800
Pop-up height: 9.5 cm Overall height: 30 cm Flange diameter: 18 cm Female inlet: 1½" Acme
OPTIONS
• C – Check-O-Matic checks up to 8 m in elevation change and readily
converts to Normally Open Hydraulic with through-the-top connections
• D – Decoder Valve-in-Head with all “E” specications below*
• DD – Two-station Decoder Valve-in-Head with all “E” specications below*
• E – Electric Valve-in-Head with adjustable pressure regulation, on-o-auto
selector, 210 mA (370 mA inrush) 50 Hz; 190 mA (350 mA inrush) 60 Hz solenoid with captive plunger and internal downstream bleed
* All DIH rotors include two 3M DBRY-6 splices for connection to the two-wire
path. See page 13 for critical recommendations on grounding DIH rotors.
► = TTS and DIH Advanced Features detailed on pages 20 and 22
TTS880  SPECIFICATION BUILDER: ORDER 1 + 2 + 3 + 4 + 5
1
Model
GT-880 = Full-Circle
Valve Options
2
C = Check-O-Matic*
D = Decoder Valve-in-Head P6 = 65 PSI (nozzles 18 to 25)
DD = Two-station Decoder Valve-in-Head P8 = 80 PSI (nozzles 25 to 53)
E = Electric Valve-in-Head
* Converts to N.O. Hydraulic Valve-In-Head
Nozzle
3
15 to 53 = Installed G-880 Nozzle*
* SSU = #18, #23, #25, or #48
Regulation*
4
P5 = 50 PSI (nozzles 15 to 18)
* SSU = P5/#18, P6/#23 P8/#25, P8/#48
Options
5
S = SSU*
* Standard Stocking Unit
24
Example: GT-880 - E - 48 - P8 - S =
GT- full-circle electric valve-in-head, installed # nozzle,  PSI regulation, standard stocking unit model
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TTS800 SERIES G800 SERIES B SERIES G900 SERIES
TTS880 NOZZLE PERFORMANCE DATA*
Nozzle Set
Tan Grey
15
White
803611
Tan Grey
315317 5.5 551 16.8 4.13 68.9 14.7 17.0
18
Orange
803611
Tan Grey
315317 5.5 551 18.6 4.82 80.3 13.9 16.1
20
Brown
803611
Tan Lt. Blue
315317 5.5 551 19.5 5.16 85.9 13.5 15.6
23
Green
803611
Tan Lt. Blue
315311 5.5 551 20.7 6.04 100.7 14.1 16.2
25
Blue
803611
Tan Lt. Blue
315311 6.9 689 23.5 8.12 135.3 14.7 17.0
33
Grey
803611
Tan Lt. Blue
315311 6.9 689 24.7 8.68 144.6 14.2 16.4
38
Red
803611
Tan Blue
315311 6.9 689 26.5 9.90 165.0 14.1 16.3
43
Dk. Brown
803611
Dk. Brown Dk. Blue
315300 6.9 689 27.1 11.09 184.7 15.1 17.4
48
Dk. Green
803610
Dk. Brown Dk. Blue
833500 6.9 689 29.3 12.15 202.5 14.2 16.4
53
Dk. Blue
803610
* Preliminary performance data. Complies to ASAE standard. All precipitation rates calculated for 360° operation. All triangular rates are equilateral. To calculate precipitation rates for 180° operation, multiply by 2.
833500 6.9 689 29.6 13.29 221.4 15.2 17.6
Pressure
bar kPa m3/hr l/min
3.4 344 14.9 3.23 53.8 14.5 16.7
4.1 413 15.5 3.57 59.4 14.8 17.0
4.5 450 15.9 3.73 62.1 14.8 17.1
4.8 482 16.2 3.86 64.4 14.8 17.1
3.4 344 17.1 3.91 65.1 13.4 15.5
4.1 413 17.7 4.28 71.3 13.7 15.8
4.5 450 18.0 4.48 74.6 13.8 16.0
4.8 482 18.3 4.54 75.7 13.6 15.7
3.4 344 17.4 4.18 69.7 13.8 16.0
4.1 413 18.0 4.61 76.8 14.3 16.5
4.5 450 18.6 4.86 81.0 14.1 16.2
4.8 482 19.2 4.91 81.8 13.3 15.4
3.4 344 19.2 4.91 81.8 13.3 15.4
4.1 413 19.8 5.22 87.1 13.3 15.4
4.5 450 20.1 5.45 90.8 13.5 15.6
4.8 482 20.4 5.66 94.3 13.6 15.7
4.5 450 21.6 6.50 108.3 13.9 16.0
4.8 482 22.3 6.75 112.5 13.6 15.7
5.5 551 22.6 7.19 119.8 14.1 16.3
6.2 620 22.9 7.65 127.5 14.6 16.9
4.5 450 22.6 7.02 117.0 13.8 15.9
4.8 482 22.9 7.27 121.1 13.9 16.1
5.5 551 23.5 7.77 129.5 14.1 16.3
6.2 620 24.1 8.22 137.0 14.2 16.4
4.5 450 23.5 7.97 132.9 14.5 16.7
4.8 482 24.1 8.31 138.5 14.3 16.6
5.5 551 25.0 8.84 147.3 14.1 16.3
6.2 620 25.6 9.38 156.3 14.3 16.5
- - - - - - -
4.8 482 25.3 9.38 156.3 14.7 16.9
5.5 551 25.9 9.90 165.0 14.8 17.0
6.2 620 26.5 10.52 175.3 15.0 17.3
- - - - - - -
4.8 482 27.4 10.65 177.5 14.2 16.3
5.5 551 28.0 11.11 185.1 14.1 16.3
6.2 620 28.7 11.46 191.0 14.0 16.1
- - - - - - -
4.8 482 27.7 11.31 188.5 14.7 17.0
5.5 551 28.3 11.86 197.7 14.8 17.0
6.2 620 29.0 12.61 210.1 15.0 17.4
Radius
m
Flow
Precip mm/hr
TTS880 STANDARD NOZZLES TTS880 LOWANGLE NOZZLES**
** Low-angle nozzles reduce radius by 15%
GOLF ROTORS
Easy-Access Servicing
An extra-thick compartment lid is retained with a ⁄-turn, stainless-steel, single-point fastener.
Spacious Flange Compartment
The largest and deepest compartment in the industry offers plenty of room for full-sized DBRY-6 splice connectors.
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GOLF IRRIGATION | Built on Innovation
®
25
TTS800 SERIES G800 SERIES B SERIES G900 SERIES
TTS800 SERIES
FEATURES
• Model: TTS-884 – Full-circle
• Dual-trajectory, colour-coded nozzles:
- 10 standard trajectory (22.5°)
- 9 low-angle trajectory (15°)
• Nozzle range: #15 to #53
• Exclusive PressurePort™ nozzle technology
GOLF ROTORS
• Stainless-steel riser
• Water-lubricated gear drive
► All TTS-800 VIH advanced features ► All TTS-800 DIH advanced features
OPERATING SPECIFICATIONS
• Radius: 14.9 to 29.6 m
• Flow: 3.23 to 13.29 m
• Pressure range: 3.4 to 6.9 bar; 340 to 690 kPa
• All TTS rotors are pressure rated at 10 bar; 1,000 kPa
3
/hr; 53.8 to 221.4 l/min
Model: TTS-884 Radius: 14.9 to 29.6 m Flow: 3.23 to 13.29 m
3
/hr; 53.8 to 221.4 l/min
TTS-884
Pop-up height: 9.5 cm Overall height: 30 cm Flange diameter: 18 cm Female inlet: 1½" Acme
OPTIONS
• C – Check-O-Matic checks up to 8 m in elevation change and readily
converts to Normally Open Hydraulic with through-the-top connections
• D – Decoder Valve-in-Head with all “E” specications below*
• DD – Two-station Decoder Valve-in-Head with all “E” specications below*
• E – Electric Valve-in-Head with adjustable pressure regulation, on-o-auto
selector, 210 mA (370 mA inrush) 50 Hz; 190 mA (350 mA inrush) 60 Hz solenoid with captive plunger and internal downstream bleed
* All DIH rotors include two 3M DBRY-6 splices for connection to the two-wire
path. See page 13 for critical recommendations on grounding DIH rotors.
► = TTS and DIH Advanced Features detailed on pages 20 and 22
TTS884  SPECIFICATION BUILDER: ORDER 1 + 2 + 3 + 4 + 5
1
Model
GT-884 = Full-Circle (convertible to forward-
facing adjustable arc rotor)
Valve Options
2
C = Check-O-Matic*
D = Decoder Valve-in-Head P6 = 65 PSI (nozzles 18 to 25)
DD = Two-station Decoder Valve-in-Head P8 = 80 PSI (nozzles 25 to 53)
E = Electric Valve-in-Head
* Converts to N.O. Hydraulic Valve-in-Head
Nozzle
3
15 to 53 = Installed G-880 Nozzle*
* SSU = #18, #23, #25, or #48
Regulation*
4
P5 = 50 PSI (nozzles 15 to 18)
* SSU = P5/#18, P6/#23 P8/#25, P8/#48
Options
5
S = SSU*
* Standard Stocking Unit
26
Example: GT-884 - E - 48 - P8 - S =
GT- full-circle electric valve-in-head, installed # nozzle,  PSI regulation, standard stocking unit model
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TTS800 SERIES G800 SERIES B SERIES G900 SERIES
TTS884 NOZZLE PERFORMANCE DATA*
Nozzle Set
Tan Grey
15
White
803611
Tan Grey
315317 5.5 551 16.8 4.13 68.9 14.7 17.0
18
Orange
803611
Tan Grey
315317 5.5 551 18.6 4.82 80.3 13.9 16.1
20
Brown
803611
Tan Lt. Blue
315317 5.5 551 19.5 5.16 85.9 13.5 15.6
23
Green
803611
Tan Lt. Blue
315311 5.5 551 20.7 6.04 100.7 14.1 16.2
25
Blue
803611
Tan Lt. Blue
315311 6.9 689 23.5 8.12 135.3 14.7 17.0
33
Grey
803611
Tan Lt. Blue
315311 6.9 689 24.7 8.68 144.6 14.2 16.4
38
Red
803611
Tan Blue
315311 6.9 689 26.5 9.90 165.0 14.1 16.3
43
Dk. Brown
803611
Dk. Brown Dk. Blue
315300 6.9 689 27.1 11.09 184.7 15.1 17.4
48
Dk. Green
803610
Dk. Brown Dk. Blue
833500 6.9 689 29.3 12.15 202.5 14.2 16.4
53
Dk. Blue
803610
* Preliminary performance data. Complies to ASAE standard. All precipitation rates calculated for 360° operation. All triangular rates are equilateral. To calculate precipitation rates for 180° operation, multiply by 2.
833500 6.9 689 29.6 13.29 221.4 15.2 17.6
Pressure
bar kPa m3/hr l/min
3.4 344 14.9 3.23 53.8 14.5 16.7
4.1 413 15.5 3.57 59.4 14.8 17.0
4.5 450 15.9 3.73 62.1 14.8 17.1
4.8 482 16.2 3.86 64.4 14.8 17.1
3.4 344 17.1 3.91 65.1 13.4 15.5
4.1 413 17.7 4.28 71.3 13.7 15.8
4.5 450 18.0 4.48 74.6 13.8 16.0
4.8 482 18.3 4.54 75.7 13.6 15.7
3.4 344 17.4 4.18 69.7 13.8 16.0
4.1 413 18.0 4.61 76.8 14.3 16.5
4.5 450 18.6 4.86 81.0 14.1 16.2
4.8 482 19.2 4.91 81.8 13.3 15.4
3.4 344 19.2 4.91 81.8 13.3 15.4
4.1 413 19.8 5.22 87.1 13.3 15.4
4.5 450 20.1 5.45 90.8 13.5 15.6
4.8 482 20.4 5.66 94.3 13.6 15.7
4.5 450 21.6 6.50 108.3 13.9 16.0
4.8 482 22.3 6.75 112.5 13.6 15.7
5.5 551 22.6 7.19 119.8 14.1 16.3
6.2 620 22.9 7.65 127.5 14.6 16.9
4.5 450 22.6 7.02 117.0 13.8 15.9
4.8 482 22.9 7.27 121.1 13.9 16.1
5.5 551 23.5 7.77 129.5 14.1 16.3
6.2 620 24.1 8.22 137.0 14.2 16.4
4.5 450 23.5 7.97 132.9 14.5 16.7
4.8 482 24.1 8.31 138.5 14.3 16.6
5.5 551 25.0 8.84 147.3 14.1 16.3
6.2 620 25.6 9.38 156.3 14.3 16.5
- - - - - - -
4.8 482 25.3 9.38 156.3 14.7 16.9
5.5 551 25.9 9.90 165.0 14.8 17.0
6.2 620 26.5 10.52 175.3 15.0 17.3
- - - - - - -
4.8 482 27.4 10.65 177.5 14.2 16.3
5.5 551 28.0 11.11 185.1 14.1 16.3
6.2 620 28.7 11.46 191.0 14.0 16.1
- - - - - - -
4.8 482 27.7 11.31 188.5 14.7 17.0
5.5 551 28.3 11.86 197.7 14.8 17.0
6.2 620 29.0 12.61 210.1 15.0 17.4
Radius
m
Flow
Precip mm/hr
TTS884 STANDARD NOZZLES TTS884 LOWANGLE NOZZLES**
** Low-angle nozzles reduce radius by 15%
GOLF ROTORS
Room to Spare
Adding a two-way module does not reduce flange compartment space. The exclusive configuration provides extra room for full-sized DBRY-6 splice connectors and multiple cables.
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GOLF IRRIGATION | Built on Innovation
®
27
TTS800 SERIES G800 SERIES B SERIES G900 SERIES
TTS800 SERIES
FEATURES
• Model: TTS-885 – True full-circle/adjustable part-circle (60° to 360°)
• QuickCheck™ arc mechanism
• QuickSet-360 arc mechanism
• Dual-trajectory, colour-coded nozzles:
- 12 standard trajectory (22.5°)
GOLF ROTORS
- 9 low-angle trajectory (15°)
• Nozzle range: #10 to #53
• Exclusive PressurePort™ nozzle technology
• Contour “Back-Nozzle” capabilities
• Ratcheting stainless-steel riser
• Water-lubricated gear drive
► All TTS-800 VIH advanced features ► All TTS-800 DIH advanced features
OPERATING SPECIFICATIONS
• Radius: 11.3 to 28.7 m
• Flow: 2.02 to 13.54 m
• Pressure range: 3.4 to 6.9 bar; 340 to 690 kPa
• All TTS rotors are pressure rated at 10 bar; 1,000 kPa
3
/hr; 33.7 to 225.6 l/min
Model: TTS-885 Radius: 11.3 to 28.7 m Flow: 2.02 to 13.54 m
3
/hr; 33.7 to 225.6 l/min
TTS-885
Pop-up height: 9.5 cm Overall height: 30 cm Flange diameter: 18 cm Female inlet: 1½" Acme
OPTIONS
• C – Check-O-Matic checks up to 8 m in elevation change and readily
converts to Normally Open Hydraulic with through-the-top connections
• D – Decoder Valve-in-Head with all “E” specications below*
• DD – Two-station Decoder Valve-in-Head with all “E” specications below*
• E – Electric Valve-in-Head with adjustable pressure regulation, on-o-auto
selector, 210 mA (370 mA inrush) 50 Hz; 190 mA (350 mA inrush) 60 Hz solenoid with captive plunger and internal downstream bleed
* All DIH rotors include two 3M DBRY-6 splices for connection to the two-wire path.
See page 13 for critical recommendations on grounding DIH rotors.
► = TTS and DIH Advanced Features detailed on pages 20 and 22
TTS885  SPECIFICATION BUILDER: ORDER 1 + 2 + 3 + 4 + 5
1
Model
GT-885 = Full/Part-Circle 60º-360º Arc Range
Example: GT-885 - E - 48 - P8 - S =
Valve Options
2
C = Check-O-Matic*
D = Decoder Valve-in-Head P6 = 65 PSI (nozzles 18 to 25)
DD = Two-station Decoder Valve-in-Head P8 = 80 PSI (nozzles 25 to 53)
E = Electric Valve-in-Head
* Converts to N.O. Hydraulic Valve-in-Head
GT- full/part circle electric valve-in-head, installed # nozzle,  PSI regulation, standard stocking unit model
Nozzle
3
10 to 53 = Installed G-885 Nozzle*
* SSU = #18, #23, #25, or #48
Regulation*
4
P5 = 50 PSI (nozzles 10 to 18)
* SSU = P5/#18, P6/#23 P8/#25, P8/#48
Options
5
S = SSU*
* Standard Stocking Unit
28
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TTS800 SERIES G800 SERIES B SERIES G900 SERIES
TTS885 NOZZLE PERFORMANCE DATA*
Nozzle Set
Orange Dk. Green 3.4 344 11.3 2.02 33.7 15.9 18.4
803603 315312
Orange
803603 315314
Orange
803603 315314
Orange
803603 315313
Orange
803603 315313
Orange
803603 315313
Red
803602 315310
Red
803602 315310
Red
803602 315310
Red
803602 315310
Dk. Red
803601 315312
Dk. Red
803601 315312
= Nozzle plug P/N 315300 installed in the back side of the nozzle housing.
10
Lt. Green
White 3.4 344 14.3 2.59 43.2 12.6 14.6
13
Lt. Blue
White 3.4 344 15.9 2.93 48.8 11.7 13.5
15
White
Lt. Green 3.4 344 17.4 3.77 62.8 12.5 14.4
18
Orange
Lt. Green 3.4 344 18.0 4.07 67.8 12.6 14.5
20
Tan
Lt. Green 3.4 344 19.8 4.59 76.5 11.7 13.5
23
Green
Green 4.5 450 21.6 6.43 107.1 13.7 15.8
25
Blue
Green 4.5 450 21.9 6.95 115.8 14.4 16.7
33
Grey
Green 4.5 450 23.2 7.93 132.1 14.8 17.1
38
Red
Green - - - - - - -
43
Dk. Brown
Dk. Green - - - - - - -
48
Dk. Green
Dk. Green - - - - - - -
53
Dk. Blue
Pressure
bar kPa m3/hr l/min
4.1 413 11.9 2.23 37.1 15.8 18.2
4.5 450 12.5 2.32 38.6 14.8 17.1
- - - - - - -
- - - - - - -
4.1 413 14.6 2.79 46.6 13.1 15.1
4.5 450 14.9 2.93 48.8 13.1 15.2
- - - - - - -
- - - - - - -
4.1 413 15.9 3.29 54.9 13.1 15.1
4.5 450 16.2 3.38 56.4 13.0 15.0
4.8 482 16.2 3.52 58.7 13.5 15.6
5.5 551 16.5 3.75 62.5 13.8 16.0
4.1 413 17.7 4.04 67.4 12.9 14.9
4.5 450 18.0 4.23 70.4 13.1 15.1
4.8 482 18.3 4.41 73.4 13.2 15.2
5.5 551 18.6 4.66 77.6 13.5 15.6
4.1 413 18.6 4.43 73.8 12.8 14.8
4.5 450 18.9 4.50 75.0 12.6 14.5
4.8 482 19.2 4.68 78.0 12.7 14.7
5.5 551 19.5 5.02 83.7 13.2 15.2
4.1 413 20.1 5.02 83.7 12.4 14.3
4.5 450 20.4 5.43 90.5 13.0 15.0
4.8 482 20.4 5.50 91.6 13.2 15.2
5.5 551 21.0 5.88 98.0 13.3 15.4
4.8 482 21.9 6.66 110.9 13.8 16.0
5.5 551 22.3 7.16 119.2 14.5 16.7
6.2 620 22.6 7.59 126.4 14.9 17.2
6.9 689 22.9 8.04 134.0 15.4 17.8
4.8 482 22.3 7.18 119.6 14.5 16.7
5.5 551 22.9 7.70 128.3 14.7 17.0
6.2 620 23.5 8.13 135.5 14.8 17.0
6.9 689 24.1 8.61 143.5 14.8 17.1
4.8 482 23.8 8.22 137.0 14.5 16.8
5.5 551 24.4 8.88 148.0 14.9 17.2
6.2 620 25.0 9.36 156.0 15.0 17.3
6.9 689 25.6 9.88 164.7 15.1 17.4
4.8 482 24.7 9.36 156.0 15.4 17.7
5.5 551 25.3 9.88 164.7 15.4 17.8
6.2 620 26.2 10.49 174.9 15.3 17.6
6.9 689 27.1 11.06 184.3 15.0 17.4
4.8 482 25.3 10.52 175.3 16.4 19.0
5.5 551 25.9 10.99 183.2 16.4 18.9
6.2 620 27.1 11.74 195.7 16.0 18.4
6.9 689 27.7 12.38 206.3 16.1 18.6
4.8 482 26.5 11.52 191.9 16.4 18.9
5.5 551 27.1 12.06 201.0 16.4 18.9
6.2 620 28.0 12.81 213.5 16.3 18.8
6.9 689 28.7 13.54 225.6 16.5 19.0
Radius
m
Flow
Precip mm/hr
TTS885 STANDARD NOZZLES TTS885 LOWANGLE NOZZLES**
** Low-angle nozzles reduce radius by 15%
GOLF ROTORS
Reduced Downtime
There is no need to depressurise the mainline for solenoid and pressure regulator servicing.
Total-Top-Service Solution
From the originators of TTS technology, Hunter's no-dig TTS-800 rotors provide total-top-servicing of every serviceable component.
* Complies to ASAE standard. All precipitation rates calculated for 360°
operation. All triangular rates are equilateral. To calculate precipitation rates for 180° operation, multiply by 2.
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GOLF IRRIGATION | Built on Innovation
®
29
TTS800 SERIES G800 SERIES B SERIES G900 SERIES
TTS800 SERIES
FEATURES
• Model: TTS-835: Full/Part circle (50º to 360°)
• QuickCheck™ arc mechanism
• QuickSet-360 arc mechanism
• Nozzle choices: 8 multi-trajectory (15° to 25°)
• Nozzle range: #2 to #12
GOLF ROTORS
• Water-lubricated gear drive
► All TTS-800 VIH advanced features ► All TTS-800 DIH advanced features
Model: TTS-835 Radius: 5.5 to 15.2 m Flow: 0.43 to 2.91 m
3
/hr; 7.2 to 48.5 l/min
OPERATING SPECIFICATIONS
• Radius: 5.5 to 15.2 m
• Flow: 0.43 to 2.91 m
• Pressure range: 2.8 to 4.5 bar; 280 to 450 kPa
• All TTS rotors are pressure rated at 10 bar; 1,000 kPa
3
/hr; 7.2 to 48.5 l/min
OPTIONS
• C – Check-O-Matic checks up to 8 m in elevation change and readily
converts to Normally Open Hydraulic with through-the-top connections
• D – Decoder Valve-in-Head with all “E” specications below*
• DD – Two-station Decoder Valve-in-Head with all “E” specications below*
• E – Electric Valve-in-Head with adjustable pressure regulation, on-o-auto
selector, 210 mA (370 mA inrush) 50 Hz; 190 mA (350 mA inrush) 60 Hz solenoid with captive plunger and internal downstream bleed
* All DIH rotors include two 3M DBRY-6 splices for connection to the two-wire
path. See page 13 for critical recommendations on grounding DIH rotors.
► = TTS and DIH Advanced Features detailed on pages 20 and 22
TTS835  SPECIFICATION BUILDER: ORDER 1 + 2 + 3 + 4 + 5
1
Model
GT-835 = Full/Part Circle 50 to 360°
Valve Options
2
C = Check-O-Matic * 6 = Installed G-835 Nozzle *
D = Decoder Valve-in-Head
E = Electric Valve-in-Head
* Converts to N.O. Hydraulic Valve-in-Head
Nozzle
3
includes 8-nozzle rack
* SSU = #6 * SSU = P5
Regulation*
4
P5 = 50 PSI
P6 = 65 PSI
TTS-835
Pop-up height: 8 cm Overall height: 30 cm Flange diameter: 18 cm Female inlet: 1½" Acme
Options
5
S = SSU *
* Standard Stocking Unit
30
Examples: GT-835 - 6 - P5 - S =
GT- full/part-circle electric valve-in-head, installed # nozzle,  PSI regulation, standard stocking unit model
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