Technical Guide
Page 7
Ground Wire Terminal. Figure 6 Conduit Connections There are two on the pump. One for high voltage and the other for an EcoStar that is data connected to a Hayward/Goldline control, voltage needs to come directly from a breaker in the control, or in the case of an OnCommand, directly from the main or sub-... 8 AWG (6 AWG for Canada). Make sure the unit is below high voltage wires and should be determined by the NEC and local code requirements. Voltage: 230 VAC, 60Hz, Single Phase. 2. It is both bonded and grounded Page 5 Installation -
Ground Wire Terminal. Figure 6 Conduit Connections There are two on the pump. One for high voltage and the other for an EcoStar that is data connected to a Hayward/Goldline control, voltage needs to come directly from a breaker in the control, or in the case of an OnCommand, directly from the main or sub-... 8 AWG (6 AWG for Canada). Make sure the unit is below high voltage wires and should be determined by the NEC and local code requirements. Voltage: 230 VAC, 60Hz, Single Phase. 2. It is both bonded and grounded Page 5 Installation -
Technical Guide
Page 13
Installation-Relay Connected Controls (Non Hayward/Goldline compatible software & third party controls) 1. Cable used for data connections should be brought into the "line in" contacts on the Filter Pump Relay from a breaker in motor compartment. Pump power (230 VAC) needs to be rated for the pump (fig 24). The "Load Out" side will feed the incoming high voltage for maximum voltage in the control box. Filter Pump Replay AUX Relay AUX Relay AUX Relay Fig 24 Page 11
Installation-Relay Connected Controls (Non Hayward/Goldline compatible software & third party controls) 1. Cable used for data connections should be brought into the "line in" contacts on the Filter Pump Relay from a breaker in motor compartment. Pump power (230 VAC) needs to be rated for the pump (fig 24). The "Load Out" side will feed the incoming high voltage for maximum voltage in the control box. Filter Pump Replay AUX Relay AUX Relay AUX Relay Fig 24 Page 11
Technical Guide
Page 44
...Drive Error! Follow disassembly/assembly procedures (pages 32-37). There should be checked. If any of these readings are within +/- 10% of 230 VAC. Drive is too high. If error still occurs, replace drive. Indicates that it is correct and error still occurs, replace drive. ...Drive Overload Indicates that the internal components of the drive (page 36). Page 42 All other pump problems including seals, gaskets, impellers, etc along with the VSC and Motor. Troubleshooting/Fault Codes This guide will cover only those problems...
...Drive Error! Follow disassembly/assembly procedures (pages 32-37). There should be checked. If any of these readings are within +/- 10% of 230 VAC. Drive is too high. If error still occurs, replace drive. Indicates that it is correct and error still occurs, replace drive. ...Drive Overload Indicates that the internal components of the drive (page 36). Page 42 All other pump problems including seals, gaskets, impellers, etc along with the VSC and Motor. Troubleshooting/Fault Codes This guide will cover only those problems...
Technical Guide
Page 45
...of the drive (page 36) has overheated. If less than 264 VAC, correct incoming supply voltage. If line voltage is within +/- 10% of 230 VAC. Clear all debris from the heatsink (page 36) on the bottom of the drive. Indicates that it is too low. Follow disassembly/assembly...43 If line voltage is correct and error still occurs, replace drive. Check incoming supply voltage, if greater than 264 VAC, refer to Hayward Service Bulletin "Pump Error: Ac Volts too High" and follow instructions for blockage. Check incoming line voltage (page 4) and verify that the incoming line voltage ...
...of the drive (page 36) has overheated. If less than 264 VAC, correct incoming supply voltage. If line voltage is within +/- 10% of 230 VAC. Clear all debris from the heatsink (page 36) on the bottom of the drive. Indicates that it is too low. Follow disassembly/assembly...43 If line voltage is correct and error still occurs, replace drive. Check incoming supply voltage, if greater than 264 VAC, refer to Hayward Service Bulletin "Pump Error: Ac Volts too High" and follow instructions for blockage. Check incoming line voltage (page 4) and verify that the incoming line voltage ...