Advertisement
Quick Links
Introduction ____________________________________________________________________
The DT35 and DT55 series full-circle/adjustable part-circle rotary sprinklers are
designed specifically for golf course applications.
Manufactured from durable, high-strength engineering plastic and stainless-steel
components, these sprinklers incorporate many innovative and time-proven
features for lasting, maintenance-free operation.
Prior to installing the sprinkler, read through the recommended installation and
start-up procedures. Please observe all WARNINGS and CAUTIONS when
installing and operating this equipment.
Features ________________________________________________________________________
■
Full-circle (360°) with uni-directional clockwise rotation and
adjustable part-circle (40°–330°) configuration
■
Arc adjustment from riser band in 5° increments
■
Trajectory main nozzle - Selectable 15° or 25°
■
Full 4" (10.2 cm ) pop-up clears tall grasses
■
Color-coded nozzles by radius and gallonage
■
Cap serves as an effluent water indicator
■
Variable stator ensures 3-minute rotation
■
Selectable pressure regulation settings of 50 psi (3.4 bar),
65 psi, 80 psi or 100 psi to ensure consistently accurate
nozzle performance regardless of elevation (Electric only)
■
Three valve activation types available: Electric Valve-In-Head,
Normally Open Hydraulic Valve-In-Head, and Check-O-Matic
Specifications and Performance/Application Data ________________________________________
DT35 Series
■
Radius: 43'–88' (13,1 m–26,8 m) @ 25° trajectory
■
Flow Rate: 15–50 GPM (56,8–189,3 LPM)
■
Trajectory: Selectable 15° or 25°
■
Arc: full circle (360°) or adjustable part circle (40°–330°)
■
Recommended operating pressure: 65–100 psi (4,5–6,9 bar)
■
Minimum pressure: 40 psi (2,8 bar)
■
Maximum pressure: 150 psi (10,3 bar)
■
Precipitation rate:
Minimum: 0.46"/hr (1,17 cm/hr)
■
Maximum: 0.63"/hr (1,60 cm/hr)
■
■
Inlet Size: 1" (25 mm) NPT, BSP or ACME
■
Electric Valve-in-head Solenoid:
Inrush current: 0.30A @ 24 VAC, 50/60 Hz
■
Holding current: 0.20A @ 24 VAC, 50/60 Hz
■
■
Check-O-Matic model checks up to 37' (11,27 m) of elevation
DT35 and DT55 Series Rotary Sprinklers
Installation & Service Instructions
Note: For preliminary use only.
■
Three valve activation types available: Electric Valve-In-Head,
Normally Open Hydraulic Valve-In-Head, and Check-O-Matic
■
Three body thread types available: NPT, BSP and ACME
■
Manual sprinkler operation control: On-Off-Auto (Electric only)
■
All internal components serviceable from the top of the
sprinkler
■
Large selection of color-coded nozzles available
■
Durable plastic and stainless-steel construction
■
Constant velocity drive
■
Optional back nozzles available
■
Color-coordinated nozzles
■
Optional radius reduction screw
DT55 Series
■
Radius: 52'–95' (15,8–28,9 m) @ 25° trajectory
■
Flow rate: 15–62 GPM (56,8–234,7 LPM)
■
Trajectory: Selectable 15° or 25°
■
Arc: full circle (360°) or adjustable part circle (40°–330°)
■
Recommended operating pressure: 65–100 psi (4,5–6,9 bar)
■
Minimum pressure: 40 psi (2,8 bar)
■
Maximum pressure: 150 psi (10,3 bar)
■
Precipitation rate:
■
■
■
Inlet Size: 1.5" (38 mm) NPT, BSP or ACME
■
Electric Valve-in-head Solenoid:
■
■
■
Check-O-Matic model checks up to 37' (11,27 m) of elevation
DT35 Electric VIH
Minimum: 0.50"/hr (1,27 cm/hr)
Maximum: 0.72"/hr (1,83 cm/hr)
Inrush current: 0.30A @ 24 VAC, 50/60 Hz
Holding current: 0.20A @ 24 VAC, 50/60 Hz
DT55 Electric VIH
Advertisement
Related Manuals for Toro DT35 Series
Summary of Contents for Toro DT35 Series
- Page 1 Three valve activation types available: Electric Valve-In-Head, ■ Optional radius reduction screw Normally Open Hydraulic Valve-In-Head, and Check-O-Matic Specifications and Performance/Application Data ________________________________________ DT35 Series DT55 Series ■ Radius: 43'–88' (13,1 m–26,8 m) @ 25° trajectory ■ Radius: 52'–95' (15,8–28,9 m) @ 25° trajectory ■...
- Page 2 43.5 49.0 51.5 54.5 62.0 Radius shown in feet. Toro recommends the use of a 1 ⁄ " (30mm) swing joint at flows over 25 GPM (95 LPM). Sprinkler radius of throw per ASAE standard S398.1 ● ▲ ★ ✪...
- Page 3 DT35 Series Trajectory Performance Chart—U.S. Nozzle / PSI / GPM #31 Nozzle @ 65 PSI, 15.0 GPM #32 Nozzle @ 65 PSI, 21.0 GPM #33 Nozzle @ 65 PSI, 25.0 GPM Trajectory 15˚ 25˚ 15˚ 25˚ 15˚ 25˚ A (Radius)
- Page 4 Installation Procedure ________________________________________ Figure 1 To assure maximum performance from your 800S series sprinklers, read these instructions completely prior to installation or service. Constructing Swing Joints 1. Construct or provide triple swing joints for each sprinkler as shown in Figure 1. Use PVC or ABS pipe nipple for the sprinkler connection.
- Page 5 1000' 25' ABOVE controller elevation or 70' BELOW controller elevation air and debris. *• All hydraulic connections on Toro valves are ⁄ " insert type. 3. Remove the tube retainer and poly cap • Control line pressure must be equal to or greater than mainline pressure.
- Page 6 Arc Adjustment Procedure ________________________________________________________ WARNING DUE TO THE HIGH OPERATING PRESSURE, NEVER STAND OR LEAN DIRECTLY OVER THE TOP OF THE SPRINKLER OR COME IN CONTACT WITH THE SPRAY. FAILURE TO COMPLY MAY RESULT IN SERIOUS INJURY. The DT35 and DT55 sprinkler models can be operated in full-circle or part circle operation. In part-circle operation, the sprinkler arc can be adjusted from 40°–...
- Page 7 _______________________________________ Nozzle Trajectory Adjustment Procedure Note: The nozzle trajectory is factory set at 25 degrees. 1. Insert the multi-purpose tool (P/N 995-83) into the slot provided in the top of the cap. Pull the riser assembly up, then grasp the assembly to hold it in the popped-up position.
- Page 8 Pilot Valve Operation (Electric Models Only) The main function of the pilot valve is to control the operation of the Figure 10 main valve located in the base of the sprinkler body. The main valve is 100 PSI operated by the release of water metered through the pilot valve when (7.0 kg/cm it is activated either manually at the sprinkler or by the irrigation system controller.
-
Page 9: Main Valve
Main Valve PROBLEM POSSIBLE CAUSE – CORRECTIVE ACTION Valve won't close (a) Continuous 24 VAC to sprinkler. (Electric ) – Check controller for voltage source. (b) Leak in pilot valve assembly. – Replace pilot valve assembly. (c) Plugged supply screen on piston. –... - Page 10 Service Procedures ______________________________________________________________ WARNING NEVER STAND OR LEAN OVER THE SPRINKLER WHILE THE IRRIGATION SYSTEM IS BEING FILLED, DURING MANUAL OR AUTOMATIC OPERATION OR WHEN PERFORMING SPRINKLER SERVICE PROCEDURES. DIRECT CONTACT WITH IRRIGATION SPRAY, A FAILED OR IMPROPERLY INSTALLED SPRINKLER CONNECTION OR SPRINKLER COMPONENTS FORCIBLY EJECTED UPWARD UNDER PRESSURE CAN CAUSE SERIOUS INJURY.
- Page 11 Servicing Main Valve WARNING I F THE VALVE SNAP RING IS DIFFICULT TO REMOVE, RESIDUAL WATER PRESSURE MAY BE REMAINING IN THE SYSTEM. TO PREVENT POSSIBLE SERIOUS INJURY DUE TO VALVE BEING EJECTED UPWARD UNDER PRESSURE, CONFIRM THE FOLLOWING CONDITIONS EXIST PRIOR TO REMOVING THE SNAP RING AND VALVE. A.
- Page 12 2. Cycle sprinkler on and off several times to check for proper retraction. Cap should be even with top of body flange when fully retracted. If riser sticks in up position, check for debris lodged between riser and body. Flush out all debris. Remove sprinkler mechanism if necessary. © 2007 The Toro Company, Irrigation Division Form Number 373-0424 Rev. 2...