CC/CCS Power Conditioners User Instruction Manual CC/CCS Power Conditioners User Instruction Manual IMPORTANT SAFETY INSTRUCTIONS SAVE THESE INSTRUCTIONS. Please read and save these instructions. This manual contains important instructions for the Power Conditioner. Follow these instructions during the unpacking, installation and maintenance of the Power Conditioner. If you have a problem with the unit, please refer to this manual before calling ONEAC Technical Services.
Introduction Introduction Thank you for selecting this ONEAC Power Conditioner. ONEAC’s Power Conditioners offer the most reliable protection available from the harmful effects of electrical line disturbances for your computing and communications equipment. ONEAC’s ISO 9001 certification represents our commitment to building world-class products. We take pride in every unit that leaves our manufacturing facility.
Installation Overview violation of electrical code. WARNUNG: Dieses Leistungsanpassungsgerät führt lebensgefährliche Spannung. Stromschlaggefahr! Bitte beachten Sie die in Ihrem Land geltenden Vorschriften über die Verdrahtung und Beschaltung. What Equipment Needs Power Conditioning? Only your electronic based equipment requires conditioned power. Fans, air conditioners and motors do not require power conditioning.
Installation Overview 5. Turn on the input circuit breaker. 6. Verify the correct operation of the power conditioner (see Verifying Your Installation on page 4). 7. Turn off the input circuit breaker. Connect your equipment to the output (see Output Connections on page 8). On hardwire units, the use steel or flexible wall conduit with a continuous copper ground is recommended. 8. Turn on the input circuit breaker. 9. Turn on your equipment. 10. Start normal operation of your system.
Installation Overview flexible steel wall conduit is strongly preferred for hardwire models. Fig. 1: CC and CCS Power Conditioner Wiring Physically separate the input power connections to the power conditioner from the equipment power connections on the output. Data cables should be kept as far away as possible from any power cables. For maximum performance, use shielded cable or steel or flexible steel wall conduit with a continuous copper ground between your equipment and the power conditioner.
Installation and Operation ONEAC power conditioner’s output voltage may run a few volts higher than the rated value until the load is switched on. 5. If there is power at the input with no power at the output; • Turn OFF the main input circuit breaker. • Turn OFF the main power source supplying the power conditioner. • Follow the procedure in Troubleshooting an Installation on page 26. Installation and Operation Unpacking and Placement Your ONEAC power conditioner is delivered in a protective package.
Installation and Operation Input Connections The input connection for standard models is supplied as a NEMA plug on the end of a cord. Some models are available with a hardwire input connection. Hardwire models have a 1/2” (13 mm) conduit connection with internal terminal blocks enclosed within an attached wiring box. An additional hardwire version is available that utilizes a flat conduit landing plate attached to the rear of the unit that will accept 1/2 or 3/4 inch conduit.
Installation and Operation Electrical Code and any local codes. 2. With the ON/OFF switch in the OFF position, plug the conditioner into the receptacle at the power conditioner’s desired location. The conditioner should be as close as possible to your equipment. 3. Follow the procedure in the section Verifying Your Installation on page 4. 4. Turn the power conditioner OFF and refer to Installation: Output Connections. Hardwire input connected models 1. Wire in accordance with the U.S.
Installation and Operation in doubt regarding wire sizing, consult the U.S. National Electrical Code, Table 310-16, or your local electrical codes. CCxx48 Series All Other CC and CCS Series - Hardwire Fig. 2: CC and CCS Hardwire Connections 6. Connect the input phase wires to the input terminal block. Separate the input power cable to the ONEAC power conditioner from the equipment power cable. Data cables should be kept as far away from any power cables as possible. Torque all connections.
Installation and Operation need for special grounds. Since the cord-connected power conditioner is considered as utilization equipment, a connection to the equipment grounding conductor that conforms to the U.S. National Electrical Code and your local electrical codes through the input cord and plug is all that is necessary.
Installation and Operation recommends that power runs on the output of the conditioner be as short as possible, with a maximum length of 50 feet (15 m). 4. Use wire sizes as recommended by the National Electrical Code for lengths up to 25 feet (7.6m). For lengths from 30 feet (9.1m) up to 50 feet (15.2m) increase the NEC recommendations, for 60ºC insulation, by 2 wire sizes (i.e. 10 gauge rather than 12 gauge). 5. Torque all connections. Refer to the torque specifications in Maintenance on page 19. 6.
Installation and Operation 3. Remove the rear terminal box cover or rear conduit landing plate to expose the output terminal connections. 4. Each power run should be unique to each piece of equipment in the system. The use of temporary power taps should be avoided. Even the use of duplex receptacles should be avoided in the case of electrically noisy loads. Data cables should be kept as far away from any power cables as possible. 5.
Installation and Operation connection to ground. ONEAC discourages the down sizing of grounding conductors as allowed by various codes. If in doubt regarding wire size, consult the U.S. National Electrical Code, Table 310-16, or your local Electrical Codes. 10. Connect the output phase wires to the output terminal block. Separate the input power cable to the ONEAC power conditioner from the equipment power cable. Data cables should be kept as far away from any power cables as possible. 11.
Installation and Operation Reference Ground Environmental Reference Ground Your cord-connected, CC and CCS Series, power conditioners will meet your power conditioning requirements without the need for special grounds. Since the cord-connected power conditioner is considered as utilization equipment, a connection to the equipment grounding conductor that conforms to the U.S. National Electrical Code and your local electrical codes through the input cord and plug is all that is necessary.
Installation and Operation from the environmental ground stud, attach the ground cord connector of the static control device, etc. (user provided) and reinstall and tighten the ground nut.
Specifications Specifications Table 1. CC and CCS Series Specification by Model Model CC1128 Outpu t Input Output Curre Volta Voltage nt ge (V) (V) Max (A) Freq (Hz) 1 kHz Thermal Forward Dissipati Transfer on at Impedan 80% ce Load * (Ohms) (BTU/hr) Overload Capability ** (A) 0.5cyle1 sec 5 sec Appro x Weig ht (lbs) 120 120 24 60 <1.3 <360 500 125 60 78 CC2333 208 240/ 120 13.8 60 <3.3 <450 340 85 40 97 CC2338 240 240/ 120 16 60 <3.
Specifications Table 1. CC and CCS Series Specification by Model Model CCS23 57 Outpu t Input Output Curre Volta Voltage nt ge (V) (V) Max (A) Freq (Hz) 240/ 120 50/60 240 24 1 kHz Thermal Forward Dissipati Transfer on at Impedan 80% ce Load * (Ohms) (BTU/hr) <3.0 <980 Overload Capability ** (A) 0.5cyle1 sec 500 125 5 sec 60 Appro x Weig ht (lbs) 115 * BTU/hr is based on Watt loss times 3.41. ** Load surge current typically tolerated without degradation.
Specifications CC AND CCS Series Specifications Table 2. CC and CCS Series Specifications Characteristic Specification Width (inches) 10.5 (26.7 cm) [alternate mounting - 12.7 (32.3 cm)] Height (inches) 10.5 (27.7 cm) [reduced height construction – 9.7 (24.6 cm)] Depth (inches) * 17.6 (44.7 cm) Line Cord Length - Std (feet) 10 (3.
Physical Views Table 2. CC and CCS Series Specifications Characteristic Approvals ** CC Series CCS Series Warranty Specification UL, cUL UL, cUL, CE (on selected units) 5-year materials and workmanship * Hardwire models with wiring box, add 2.7 inches (6.9 cm) to depth. See Physical Views on page 18. ** UL1012 with CE mark assessed against IEC 60950 (UL 60950) All specifications subject to change without notice. Physical Views Fig.
Maintenance Fig. 4: CC & CCS Power Conditioner Right Side View 12.7 (32.3 cm) 9.7 (24.6 cm) Fig. 5: CC & CCS Power Conditioner Reduced Height Construction Maintenance Maintaining the correct operation of your ONEAC Power Conditioner is limited to annually checking the operating voltage and torquing all the connections. WARNING: Turn off the input and main output circuit breakers on the power conditioner.
Maintenance Table 3. Recommended Safe Working Torque Specifications Bolt or Screw Size 20 Steel inch-lbs Nm Brass inch-lbs Nm 3/8” 9 mm 21 ft-lbs 28 16 ft-lbs 21 5/16” 8 mm 138 15 107 12 1 /4” 6 mm 79 9 62 7 #10 (M5) 24 2.5 19 2 #8 (M4) 21 2 16 1.5 #6 (M3.5) 10 1 8 1 #4 (M3) 5.5 0.5 4.3 0.
Voltage Tap Selection Fuse Replacement Output fuses are located above the conditioner's receptacles or hardwire terminal connections. The fuses protect the ONEAC power conditioner from overload. WARNING: Turn off the input and main output circuit breakers on the power conditioner. Turn off the power source supplying the power conditioner at the service disconnect before proceeding. WARNUNG: Die Eingangs- und Hauptausgangs-Leistungsschutzschalter am Leistungsanpassungsgerät abschalten.
Voltage Tap Selection variances in nominal line voltage. The power conditioner’s output voltage should be monitored for a few days to determine the normal output level before adjusting the voltage by tap selection. Tap selection allows a permanent adjust the conditioner's nominal voltage level to correct a persistently high voltage or low voltage condition. Refer to Specifications on page 15, for the input and output voltage for your model of ONEAC power conditioner.
Voltage Tap Selection moving the winding jumper lead(s) on the primary side of the transformer. Refer to the transformer schematic in Fig. 6 for the CC2333, CC2338, CC2350, and CC2357. Refer to the transformer schematic in Fig. 7 and terminal drawing in Fig. 8 for CCS Series Products. NOTE: To operate at 208 Volts input and 208 Volts output use the same tap selection as 240 Volts input and 240 Volts output. 5. Torque all connections as per Maintenance on page 19. 6. Re-install the cover panel. 7.
Voltage Tap Selection referenced). Transformer Schematic for all CCS Models. Fig. 7: CCS Transformer Schematic NOTE: The dual wound secondary coil output of the CCS Series power conditioners can be wired in parallel as a grounded 120 V, in series as grounded 240 V or in series and center-tap grounded as 240/120 split phase. Both primary and secondary windings are connected to terminal blocks and labelled as indicated in Fig.
Voltage Tap Selection CCS Series: 120 V Primary CCS Series: 240 V Primary PB2 Black CCS Series: 208 V Fig. 8: CCS Series Primary Terminal Block Configurations NOTE: To operate the CCS Series power conditioner at 208 V input with 208 V output use the same tap selection as 240 V input and 240 V output.
Troubleshooting an Installation CCS Series: 120 V Secondary CCS Series: 240 V or 240/120 V Split Phase Secondary Fig. 9: CCS Terminal Block Secondary Configurations NOTE: For the CCS Series 240 V or 240/120 V Split Phase Secondary Terminal Block Configuration, Neutral-Ground bonding is completed at the capacitor connections of either the RED (240 V grounded) or the WHITE (240/ 120 V Split phase) wire.
Warranty on page 1 for the correct telephone number. Technical Services will ask you for a description of the problem and will help solve the problem over the telephone or issue a Return Material Authorization (RMA) number along with instructions on how to return the UPS. NOTE:Please supply the service representative with the part number and serial number of the power conditioner. Always check with ONEAC Technical Services before attempting to repair or return any ONEAC product.
Warranty ONEAC be liable for lost profits, goodwill, or any other special or consequential damages. Return Procedure 28 To return a power conditioner, contact ONEAC for a Return Material Authorization (RMA) number. This number must be marked on the shipping carton and packing slip of the unit returned. The customer is responsible for repair charges for damages incurred in shipment that result from inadequate or improper packing of the product.
