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Electronics MagnaValve WM 3000-24 Instruction Manual

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WM 3000-24 MagnaValve®
Instruction Manual
56790 Magne,c Drive, Mishawaka, Indiana 46545 USA • 1-800-832-5653 or (574)256-5001 • www.electronics-inc.com
US Patent 5,362,027
IM0108 2024-12

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Summary of Contents for Electronics MagnaValve WM 3000-24

  • Page 1 WM 3000-24 MagnaValve® Instruction Manual 56790 Magne,c Drive, Mishawaka, Indiana 46545 USA • 1-800-832-5653 or (574)256-5001 • www.electronics-inc.com US Patent 5,362,027 IM0108 2024-12...
  • Page 2 Remote VD-17 Valve Driver ............................ 25 Opera6on ..................................25 MagnaValve® ................................25 LED Status Indicators .............................. 26 Cer6fica6on ................................27 Adjustment Pulse Rate ............................27 Wire Terminals ................................ 27 Maintenance ................................28 Spare Parts List ............................... 28 Contac6ng Electronics Inc............................28 Limited Warranty ................................ 29...
  • Page 3 Safety No*ces Good safety prac6ces must be followed when opera6ng and handling the MagnaValve®. Improper usage could result in damage to the product or personal injury. • Please note: The MagnaValve® emits magne6c fields that can be harmful to people who wear pacemakers. •...
  • Page 4 Product Overview The MagnaValve® WM 3000-24 is a normally closed valve that regulates the flow of steel shot or grit in wheel-blast machines for blast cleaning applica6ons. It is a powerful valve with a flow rate capacity of up to 3,000 lb/min (1,361 kg/min) for wheels up to 125 hp.
  • Page 5 Closed-Loop Opera*on with Model AC-24 For an “automa6c” closed-loop opera6on, an Electronics Inc. AC-24 Controller (sold separately) will detect the current load on the wheel motor and regulate the flow of media to the WM 3000-24. The WM 3000-24 MagnaValve®, with the AC-24 Controller, provides reliable, repe66ve, and consistent media flow rates for blast cleaning...
  • Page 6 Specifica*ons Power +24 Vdc ± 2 Vdc @ 2A Signal Inputs 0 - 10 Vdc Flow Signal 24 V Flow Enable Media Steel Shot and Grit Flow Rate 0 - 3,000 lb/min (0 - 1,361 kg/min) Weight 32 lb (14.5 kg) Mode Normally Closed Temperature Range...
  • Page 7 MagnaValve® Opera*on Quick Start Flowing Media Using an AC-24 Controller This sec6on describes the basic opera6on of the MagnaValve® when wired to an AC-24 Controller. AC-24 Semngs: • On/Off/Ready – Ready • Servo – On Use the following steps to start and control media flow from a PLC using the AC-24 Controller: 1.
  • Page 8 MagnaValve® Installa*on Overview To ensure proper opera6on and the long life of the MagnaValve®, proper installa6on is important. The images below show an example of the recommended installa6on of the WM 3000-24 and describe the individual parts that are typically found on a peening/blas6ng machine. The following sec6ons provide details of the proper installa6on of the MagnaValve®.
  • Page 9 The MagnaValve® is mounted between the upper adapter and lower adapter. The MagnaValve® must be mounted ver6cally and should be located within 36 inches (one meter) of the wheel’s feed spout. Moun6ng it further away will cause “Transport Lag”—a term used in closed-loop control theory. Transfer Lag is the 6me that media is discharged from the MagnaValve®...
  • Page 10 Media Supply To operate properly and prevent damage to the MagnaValve®, always supply more than the full flow capacity of the valve. For example, the WM 3000-24 will flow a minimum of 3000 lb/min. Even if the applica6on only calls for 400 lb maximum, the MagnaValve®...
  • Page 11 Air Aspira3on An air aspira6on inlet below the valve is required for proper opera6on. Three examples of this follow: A Gap Below the MagnaValve Create a gap between the MagnaValve® and the lower adapter. The gap can be created by placing shim, washers, or nuts between the MagnaValve®...
  • Page 12 Feed Spout Modifica9on Create a gap for air to enter the system at the feed spout. Using a feed spout larger than the hose will create a gap between the hose and the feed spout, allowing air to enter. Hose Feed Spout Air Aspira6on Gap...
  • Page 13 Lower Adapter Modifica9on Add air inlet holes or slots in the lower adapter. Drilling holes or machining slots or cutouts into the lower adapter will allow air to enter the system. Lower Adapter Holes to allow air flow...
  • Page 14 Product Dimensions To aid in proper installa6on, the following product dimensions for the WM 3000-24 MagnaValve® are listed below. *Dimensions: Inches [mm]...
  • Page 15 Panel spacing for the Remote VD-17 Valve Driver: 5” on cable side, 0.5” on top and sides.
  • Page 16 Moun3ng Flanges...
  • Page 17 Installa3on Check List 1. There is no restric6on above the MagnaValve® 2. The hole in the hopper matches the plumbing 3. A maintenance valve/slide gate is installed above the MagnaValve® 4. There is no par6al blockage preven6ng flow through the MagnaValve® 5.
  • Page 18 Connector MagnaValve® The WM 3000-24 MagnaValve® is equipped with a connector that contains the necessary power and control lines for normal opera6on of the MagnaValve. The connector is the communica6on link between the VD-17 Remote valve driver and the MagnaValve®. Only two wires are used to connect the VD-17 Remote and the WM 3000-24.
  • Page 19 VD-17 Remote The connector on the VD-17 Remote is the communica6on link between either the AC-24 or Pot-24 and the MagnaValve®. The connector contains the following signals: power, signal common, analog input, enable, and the two control lines to the WM 3000-24 (see illustra6on below). These signals will control the MagnaValve® during opera6on.
  • Page 20 Power and Flow 24 Vdc Supply Power Supply per MagnaValve® Parameter Value Tolerance Voltage 24 Vdc ±10 % Current 2 Adc per connected valve 1.75 Adc min The 24 Vdc Supply Input consists of two wires on the connector: the Supply Input (RED wire), and the Signal Common (BLACK wire).
  • Page 21 Chart showing the open-loop of WM3000-24 4500.00 4000.00 3500.00 3000.00 2500.00 2000.00 1500.00 1000.00 500.00 0.00 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 Setpoint...
  • Page 22 Electrical Wiring the MagnaValve® using an AC-24 Controller and Current Transformer...
  • Page 23 Wiring the MagnaValve® using an AC-24 Controller and VFD...
  • Page 24 Wiring the MagnaValve directly to a Pot 24 ®...
  • Page 25 Adjustments MagnaValve® No adjustments are required or recommended. The valve has been tested at the factory prior to shipment. Remote VD-17 Valve Driver Adjustments to the Remote VD-17 Valve Driver can be made from the back of the driver; however, the factory semngs should not be changed.
  • Page 26 Red Blinking = Power is available but not within the tolerance band 24 Vdc, ±2 Vdc • Green ON = Microprocessor failure - return valve driver to Electronics Incorporated for service All four LEDs must be on to have media flow.
  • Page 27 Cer3fica3on Factory Cer,fica,on – This is the date the MagnaValve® was cer6fied at the factory. The Factory Cer6fica6on date may be the cer6fica6on at the 6me of purchase or when the MagnaValve® was sent back to the factory for recer6fica6on. The Pulse Rate Adjustment changes the Pulse Frequency.
  • Page 28 Website: www.electronics-inc.com Electronics Inc. makes no representa6ons or warran6es, either expressed or implied, with respect to the contents of this publica6on or the products that it describes, and specifically disclaims any implied warran6es of merchantability or fitness for any par6cular purpose. Electronics Inc. reserves the right to revise this publica6on and to make changes and improvements to the products described in this publica6on without the obliga6on of Electronics Inc.
  • Page 29 Electronics Inc. to make such repairs, or any other cause which does not relate directly to a defect in materials and/or workmanship of this product. This limited warranty does not cover equipment enclosures, cables or accessories used in conjunc6on with this product.
  • Page 30 If this product is returned to Electronics Inc., the product must be insured during shipment, with the insurance and shipping charges prepaid. If this product is returned uninsured, Electronics Inc. does not assume any risk of loss or damage during shipment. Electronics Inc. will not be responsible for any costs related to the removal or re-installa6on of this product.