Table of Contents Non-Standby Broadband Power Supply Section 1: Critical Safety Issues………………………………………..….3 Safety Admonishments Emergency Shutdown Procedure General Safety Issues Safety Issues of Power Supply Installation and Use Enclosure Safety Issues Section 2: Introduction....……………………….……...…...…..5 Non-Standby Series Product Overview Non-Standby Power Supply Product Features Unpacking and Inspection Missing or Damaged Items Original Shipping Container...
The following power supplies are documented in this instruction manual. All power supplies listed are intended for use in broadband cable networks that require regulated, filtered AC power. MODEL PART NO. INPUT OUTPUT NS 630-1206-63 016-013-20 120VAC, 60Hz 63VAC, 10A, 630VA NS 630-2405-32/48/63 016-014-20 240VAC, 50Hz 32, 48, 63VAC;...
Emergency Shutdown Procedure DANGER Exercise extreme caution when performing the following procedure. Service personnel will be accessing an area containing hazardous voltages. Perform the following procedure if the power supply must be shut down and disconnected on an emergency basis: 1.
Section 2: lntroduction Non-Standby Series Product Overview Multilink Non-Standby power supplies provide filtered and regulated AC output power of proper voltage and current values to operate amplifiers, nodes and other active devices in CATV and broadband networks. These power supplies incorporate a...
If the power supply or other items were damaged in shipment, file a damage claim with the shipping company and contact your Multilink Broadband representative immediately. Be sure to retain the original shipping carton and all packing material for the power supply until you are certain that warranty return will not be required.
If you ordered other items for use with the power supply, ensure also that those items did not sustain shipping damage. As with the power supply itself, all damage claims must be filed with the shipping company and your Multilink Broadband representative should be contacted immediately.
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General Installation Procedure: Pole Mounted Power Supply 1. Using the pole mount “U” bracket as a template, drill 2 holes completely through the pole. The diameter of the hole will depend on the hardware used, but should be slightly oversized to allow for hole drift and bracket alignment.
Section 4: Controls and Connections Controls and connectors used in the non-standby power supplies are accessible only to service personnel and are located within the interior of the power supply enclosure. These items are described as follows. Controls Circuit Breakers: An internal circuit breaker protects the input circuit and primary wiring of the power supply.
voltage available. If the output voltage must be changed from its factory setting, refer to the SERVICE section of these instructions for VOLTAGE RECONFIGURATION. 2) Each model power supply within the Non-Standby Series operates from a specified AC voltage and frequency source only, as noted in the SPECIFICATIONS section of this manual.
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conform to National Electrical Code Article 250: Grounds and Grounding. Fig. 5-1. AC Input and Output Locations (120 Volt Models) 4) Install the AC wiring conduit through the access hole provided in the bottom panel of the power supply. This conduit may originate at an underground feed point or may be attached to a safety switch or weatherhead near the power supply.
Initial installation and wiring is now complete. Fig. 5-2. AC Input and Output Locations (220 / 240 Volt Models) Section 6: Startup and Operation The power supply is ready to be placed into operation after it has been installed and all input and output connections have been made.
selected by the terminal block tap. 3. The power supply should now be operating in its normal mode. If no output voltage tap adjustments are required, the front door of the power supply enclosure may be closed and secured with the two captive fasteners in the door. If desired, a lock may be installed to prevent unauthorized tampering with the power supply when left unattended.
Output Voltage Reconfiguration In power supplies equipped with multiple output taps, the output voltage configuration block is located on the DIN rail near the interior bottom of the power supply, accessible after the front door of the enclosure is opened. The terminal blocks containing the output voltage tap wires are mounted adjacent to the AC input circuit breaker(s) and are shown in Fig.
Incorrect output voltage Correct output tap & terminal block connected Section 9: Specifications Non-Standby Supply NS 630-1206-63 (016-013-20) AC Input Voltage ……………………… 120 volts AC, nominal Nominal Input Voltage Tolerance ..… ±15% (102-138 volts) AC Input Current ……………………… 5.9 amps at nominal input with full load Input Frequency ………………………..
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Specifications (cont’d) Conduit Entrance Provided …………. 7/8-inch (22 mm) dia hole for mating conduit fittings Output Voltage ………………………… 63 VAC Output Voltage Tolerance …………… -5% and +2% load regulation over input voltage range Output Current ………………………… 10 amps (into resistive load) Output Power ……………………………...
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Specifications (cont’d) Operating Temperature ……………….. -40°C to +60°C (-40°F to +140°F) Ventilation ……………………………….. Natural convection, from bottom to top of enclosure. Internal fiberglass screening precludes entrance of insects. Audible Noise …………………………… Less than 40 dBA at 10 ft. (3 m) Optional Equipment …………………….
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Specifications (cont’d) Non-Standby Supply NS 900-2205-50/60 (016-016-20) AC Input Voltage ……………………… 220 volts AC, nominal Nominal Input Voltage Tolerance ..… ±15% (187-253 volts) AC Input Current ……………………… 4.6 amps at nominal input with full load Input Frequency ……………………….. 50, ± 3 Hz Power Factor ……………………………...
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Specifications (cont’d) Non-Standby Supply NS 900-2206-60 (016-017-20) AC Input Voltage ……………………… 220 volts AC, nominal Nominal Input Voltage Tolerance ..… ±15% (187-253 volts) AC Input Current ……………………… 4.6 amps at nominal input with full load Input Frequency ……………………….. 60, ± 3 Hz Power Factor ……………………………...
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Specifications (cont’d) Non-Standby Supply NS 900-2405-32/42/63 (016-018-20) AC Input Voltage ……………………… 240 volts AC, nominal Nominal Input Voltage Tolerance ..… ±15% (204-276 volts) AC Input Current ……………………… 4.2 amps at nominal input with full load Input Frequency ……………………….. 50, ± 3 Hz Power Factor ……………………………...
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Specifications (cont’d) Non-Standby Supply NS 1350-1206-60/75/90 (016-019-20) AC Input Voltage ……………………… 120 volts AC, nominal Nominal Input Voltage Tolerance ..… ±15% (102-138 volts) AC Input Current ……………………… 12.5 amps at nominal input with full load Input Frequency ……………………….. 60, ± 3 Hz Power Factor ……………………………...
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Specifications (cont’d) Non-Standby Supply NS 1350-2206-60/75/90 (016-020-20) AC Input Voltage ……………………… 220 volts AC, nominal Nominal Input Voltage Tolerance ..… ±15% (187-253 volts) AC Input Current ……………………… 6.9 amps at nominal input with full load Input Frequency ……………………….. 60, ± 3 Hz Power Factor ……………………………...
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Specifications (cont’d) Non-Standby Supply NS 1350-2205-90 (016-021-20) AC Input Voltage ……………………… 220 volts AC, nominal Nominal Input Voltage Tolerance ..… ±15% (187-253 volts) AC Input Current ……………………… 6.9 amps at nominal input with full load Input Frequency ……………………….. 50, ± 3 Hz Power Factor ……………………………...
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Ventilation ……………………………….. Natural convection, from bottom to top of enclosure. Audible Noise …………………………… Less than 40 dBA at 10 ft. (3 m) Specifications controlled by Multilink Inc. exclusively and may be revised or withdrawn at any time without prior notification. Change History: Iss.
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