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7.1 FAULTS AND FAULT CODES

 

The system can generate one fault code at a time. If a second fault condition occurs, it will register after the reset 
button has been pressed and the first fault has been resolved.

 

The Stop button LED will display a 250 mS ON pulse (button illuminated) followed by a 250 mS OFF pulse (button not 
illuminated). Once the number of pulses flash for the current system error, the pulse sequence will repeat after a one 
second pause.

 

Fault Code

 

Stop Button LED 

Indicator

 

Description

 

Stop Fault

 

Illuminated, no 

pulsing

 

Occurs when the Stop Button on the panel door is 
pressed. Stops system operation, all lubrication outputs 
and the HVPS will be disabled.

 

Arc Fault

 

Continuously pulsing

 

Occurs when too much current flows through the HVPS. 

 

—See: 

Arc Fault Troubleshooting

 

Nozzle 1 Pressure Low Fault 

 

Pulses 2 times

 

Time delayed fault–

 

when a pressure or flow sensor 

 

detects problems with fluid delivery to the nozzles.  

 

Nozzle 1 Pressure High Fault 

 

Pulses 4 times

 

Time delayed fault–

 

when a pressure or flow sensor 

 

detects problems with fluid delivery to the nozzles.  

 

Nozzle 2 Pressure Low Fault 

 

Pulses 6 times

 

Time delayed fault–

 

when a pressure or flow sensor 

 

detects problems with fluid delivery to the nozzles.  

 

Nozzle 2 Pressure High Fault

 

Pulses 8 times

 

Time delayed fault–

 

when a pressure or flow sensor 

 

detects problems with fluid delivery to the nozzles.  

 

Low Air Pressure Fault

 

Pulses 10 times

 

Indicates an open air pressure switch.  

 

—When the air supply pressure drops below the required 
pressure, the switch will open and latch the spray control 
panel into a fault.

 

Low Reservoir Fault 

 

Pulses 12 times

 

Indicates that the reservoir fluid level has fallen to an 
unsafe operating level.  

 

—When the fluid level drops below the float sensor level, 
the switch will open and the system will latch into a fault .

 

SECTION 7

 

FAULTS AND TROUBLESHOOTING

 

NOZZLE PRESSURE LOW FAULT

 

Low fluid pressure can indicate a faulty pump, a faulty pump solenoid, or a leak in the tubing connecting the pump to 
the nozzle.

 

NOZZLE PRESSURE HIGH FAULT

 

High liquid pressure can indicate an obstruction in the fluid delivery system, such as debris in the nozzle spray tube.

 

Summary of Contents for AutoJet ES250

Page 1: ...AutoJet ES250 Electrostatic Chain Oiler System ML00ES250F spray com OWNER S MANUAL...

Page 2: ...al PCB Inputs and Connections 18 4 9 Verifying the Spray Control Panel Set Up 19 5 Fluid Reservoir Assembly 20 5 1 Mounting and Positioning 20 5 2 Fluid Reservoir Connections 21 5 3 Lubricant Pump 22...

Page 3: ...are not followed correctly ATTENTION Supplementary information for the user that draws attention to possible problems 2 1 GENERAL SAFETY INFORMATION READ AND FOLLOW INSTRUCTIONS All safety related an...

Page 4: ...pressures and flow rates WARNING Fluids under pressure can penetrate skin and cause severe injury ATTENTION Always remember to carefully read the chemical manufacturer s labels follow SDS and all dir...

Page 5: ...face and providing a very high fluid transfer efficiency Some benefits of electrostatic spraying include Low flow rates that allow for less fluid usage Reduced product and workspace contamination due...

Page 6: ...to system operators and the grounding lug is connected to a grounded GFCI outlet Figure 4 1 If mounting the panel to the wall in a location that is close to your nozzles install wall anchors that are...

Page 7: ...h the grommets in the bottom of the control box Connect cables to the high voltage terminal block bus bar Push cables into clamps on the grounding bracket confirm grounding mesh is in clip Attach wire...

Page 8: ...supplied J2 24 VDC Source J3 Factory Use Only Jumpers must be installed in slots 4 and 5 J4 Factory Use Only J5 Ground Connection Provides a ground for components powered by block J2 J6 Panel Pushbut...

Page 9: ...r system configuration does not require or necessitate the use of external components Blocks J2 and J5 will likely go unused Figure 4 3 3 Example diagram for connecting external pressure transducers o...

Page 10: ...AM BLOCK J7 CONNECTION REFERENCE Connections come landed from factory Figure 4 3 4 Terminal block J6 CONTROLLER DOOR PUSHBUTTON INDICATOR CONNECTIONS Terminal Block J6 3 4 X1 X2 X1 X2 1 2 X1 X2 RESET...

Page 11: ...FAULT 4 24 VDC 24 VDC 24 VDC 24 VDC 24 VDC 24 VDC 24 VDC 24 VDC 24 VDC Open switch AIR PRESSURE FAULT Open switch OIL LEVEL FAULT FIFTEEN SIXTEEN SEVENTEEN EIGHTEEN NINETEEN TWENTY Terminal Block J9 R...

Page 12: ...run mode description System Modes section 4 7 8 Maintained Closure BURST MODE A momentary closure in this circuit activates BURST MODE ref burst mode description System Modes section 5 9 10 Open Swit...

Page 13: ...de rated by 10 percent for the 10 C increase 200 mA 90 180 mA 4 5 OUTPUT DETAILS Figure 4 5 Output Connections Terminal Block J9 ONE TWO THREE FOUR FIVE SIX SEVEN EIGHT NINE TEN ELEVEN TWELVE THIRTEEN...

Page 14: ...be connected to a PLC input and used to determine the precise fault that has occurred by interpreting the Output 3 pulse code 5 6 4 ARC FAULT Energizes if the spray control panel detects a brief curre...

Page 15: ...using Nozzle 1 Low Pressure Alarm Off If Nozzle 1 Low Pressure Alarm is in use Switch 4 Input 6 bypass On If not using Nozzle 1 High Pressure Alarm Off If Nozzle 1 High Pressure alarm is in use Switch...

Page 16: ...he actual High Voltage Output multiply the Voltage across TP1 and Ground times 6 kV volt Example Voltage across TP1 is measured as 2 2 VDC 2 2 volts 6 kV volt 13 2 kV 13 200 VDC DWELL Adjustment DWELL...

Page 17: ...minutes and should be used to check the system operation anytime when the system is in Standby Mode This means that the system cannot be in Lubrication mode Burst mode Prime mode or under any fault c...

Page 18: ...NTION Burst will only be active while the system is in Lubrication mode Input 3 energized BURST MODE Terminal Block J9 INPUT 4 Connection 7 8 or PCB Mounted Pushbutton When the BURST pushbutton and In...

Page 19: ...use lubrication cycle piston pump will de energize The red stop LED will strobe 10 times followed by a pause HVPS will be disabled To clear the fault the low air pressure condition must be corrected...

Page 20: ...installed on the fluid reservoir Each electrostatic nozzle is powered by a dedicated pump You will be able to mount up to four 4 pumps to power up to four 4 nozzles directly to the fluid reservoir tan...

Page 21: ...push to connect Tube fittings Figure 5 2 1 Pump connection diagram Figure 5 2 2 Air connections diagram Pump Connections Side View Air Connections Side View Air Pressure Regulator Connect to Block J9...

Page 22: ...ise turns approximately 1 8 in at its upper limit Be inset into top of pump using clockwise turns approximately 1 8 in at its lower limit The adjustment stem will stop turning when it has reached the...

Page 23: ...Note During the initial pressure setting the adjustment knob may be difficult to unlock If this happens disconnect the compressed air line and unlock the adjustment knob and then reconnect the compre...

Page 24: ...e gauge that align with the slot on the gauge cover this is important when reinstalling the gauge cover 3 Using a small flathead screwdriver 2 9 mm blade width adjust the air pressure switch adjustmen...

Page 25: ...l bowl protector in place while rotating the drain valve if necessary REPLACING THE PARTICULATE FILTER ELEMENT 1 Disconnect the compressed air line from the filter regulator assembly 2 Open the drain...

Page 26: ...Oiler Nozzle includes a 7 8 in 20UNEF 2A thread for mounting The nozzle must be mounted in a clean non hazardous area The nozzle must be mounted in a location where the chain is extremely steady Any...

Page 27: ...used to purge the line HIGH VOLTAGE CABLE The high voltage cable connects the HVPS from the Spray Control Panel terminal block to the nozzle The electrode connector connects into the rubber boot at t...

Page 28: ...o a small cones These small cones will have a series of single file droplets propelling off from the tip At the lower end of the voltage range the droplets will be heavier with spaces in between 6 As...

Page 29: ...s Time delayed fault when a pressure or flow sensor detects problems with fluid delivery to the nozzles Nozzle 2 Pressure Low Fault Pulses 6 times Time delayed fault when a pressure or flow sensor det...

Page 30: ...he RESET button on the spray control panel door Liquid being sprayed is too conductive If the fluid is too conductive it will need to be changed before the electrostatic system can be used again Fault...

Page 31: ...reservoir level switch Replace the reservoir level switch then press the RESET button Reservoir level switch not being used and Input 9 Bypass DIP Switch is in OFF position If the input is not being u...

Page 32: ...y nozzle with hot water detergent solution Dry before reuse Or replace nozzle Fluid lines not primed Put the system into PRIME mode Problem lubricant coming out in drips Cause Solution Low high voltag...

Page 33: ...ntrol panel Press the RESET button then the TEST button on the control panel circuit board If the system still faults with no cables connected there is a problem inside the spray control panel Consult...

Page 34: ...microns Brass FI0098355K832 filter strainer Exhaust Muffler Filter 1 8 NPT M 11 SCFM 100 PSI Steel FI004450K1 Filter Regulator Combination 1 4 NPT 5 micron 150 PSI Max 42 cfm FC006B315 Reservoir Tank...

Page 35: ...product names may be trademarks of their respective companies Warranty is one 1 year on non wear parts from ship date Wear items are covered for manufacturing defect only for a period of one 1 year We...

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