User manual HAFLER P1000

[. . . ] P1000 Installation & Operation ® ® ran t na sa U D AS ESIG SEM NE BLE D A D I ND NT HE SA PROFESSIONAL POWER AMPLIFIER AMPL Declaration of Conformity Application of Council Directive: 73 / 23 / EEC (Low Voltage Directive) 89 / 336 / EEC (EMC Directive) Standard(s) to which Conformity is Declared: EN55103-1 EN55103-2 EN60065 Manufacturer's Name: Hafler Manufacturer's Address: 546 South Rockford Drive, Tempe, Arizona 85281 Importer's Name: Importer's Address: Type of Equipment: 2-channel Audio Power Amplifier/Speaker Model No. : P1000CE TRM6CE P1500CE TRM8CE P3000CE TRM10sCE 2001 P4000CE TRM12sCE 2002 9505CE Year of Manufacturing: 1999 2000 2003 Serial Number: I, the undersigned, hereby declare that the equipment specified above conforms to the above Directive(s) and Standard(s) Place: Hafler Date: 09/01/1999 James C. Strickland, VP Engineering ­i­ PERFORMANCE SPECIFICATIONS P1000 Power Rating: FTC (20Hz-20kHz, <0. 2% THD) 50 wpc into 8 55 wpc into 4 110 wpc into 8 (bridged mono) Signal-to-Noise: EIA (1kHz, 0. 2% THD) 55 wpc into 8 60 wpc into 4 120 wpc into 8 (bridged mono) 100dB below rated output "A" weighted Frequency Response: 20Hz to 20kHz, ±0. 1dB 0. 1Hz to 100kHz, +0/­3dB Slew Rate: Input Impedance: 20 V/µs 47, 000 per phase balanced 10, 000 per phase unbalanced Input Sensitivity for rated output power: Unbalanced: 0. 714V RMS (8), 0. 554V (4) Balanced: Gain: CMRR: Damping Factor: 0. 375V (8), 0. 277V (4) per phase 29dB maximum, ­41dB minimum ­70dB at 1kHz 900 (to 1kHz); 400 (to 10kHz); 40 (to 100kHz) Power Consumption: 50W/420mA @ 120VAC (idle power) (both channels driven) 152W/1. 3A @ 120VAC (1/8 power ­ 8) 260W/2. 2A @ 120VAC (max. power ­ 8) Controls & Switches: Front Panel: Power switch, Normal/Bridged mono switch, level controls Rear Panel: Chassis/Float ground switch, Balanced/Unbalanced switch 115V/230V Power line selector Indicators: Connectors: Power Lamp, Clip, Thermal, Signal LEDs Input: Balanced: 2-way XLR and 1/4" Tip Ring Sleeve Unbalanced: RCA 16. 00 Output: Screw Terminals on barrier strip Headphone: 1/4 inch Power: Dimensions: IEC 320 8. 410 19"W x 83/8"D x 13/4"H (1-Rack Space) (48. 3cm x 21. 3cm x 4. 45cm) Net Weight: 12 lbs. (5. 45kg) 19. 00 . 724 4 6 4 6 Bridged Mono ing pp cli al rm the 2 8 2 8 Normal P1000 0 10 Headphones trans ana nova 0 10 1. 75 l na sig al rm the ing pp cli l na sig ­ ii ­ NOTICE - IMPORTANT SAFETY INFORMATION CAUTION RISK OF ELECTRIC SHOCK DO NOT OPEN ! The lightning flash with arrowhead symbol within an equilateral triangle is intended to alert the user to the presence of uninsulated "dangerous voltage" within the product's enclosure, that may be of sufficient magnitude to constitute a risk of electric shock to persons. [. . . ] This results in very stable, highly linear operation. Safe Area output protection is handled by our proprietary NOMAD (NOn-Multiplying Advanced Decision, patent pending) system. NOMAD accurately computes the allowable device current for the device voltage and clamps the gate drive when the actual current exceeds this value. This improved accuracy is achieved by eliminating the dependence upon unreliable analog IE multiplier circuits to model the device operation. Other specialized circuits which prevent damage to the amplifier and speakers have been carefully implemented. A soft start circuit prevents sending potentially destructive turn-on and turn-off transients to the speakers. A thermal sensing network continuously monitors the heatsink temperature and shuts down the amplifier to protect it from excessive operating heat. Each channel of the amplifier has been built as a self-contained module. This modular arrangement simplifies construction and improves service accessibility. The circuit board assembly makes extensive use of surface mount components in the low power portion of the audio circuitry. Automated equipment is used to place and solder the components which yields greater uniformity and reliability. The front panel has controls for input level adjustment and the power switch. In addition, LED indicators give a visual representation of the operating status of each channel. The THERMAL indicator lights to show when this protection circuit has been activated. The CLIP indicator helps prevent damaging the speaker by showing when the amplifier is overdriven. The SIGNAL indicator lights to show the presence of an audio signal. ­1­ 4 6 6 4 Bridged Mono cli the 2 2 8 8 the cli Normal sig pp sig l pp rm na P1000 rm na ing al trans ana nova al ing l 0 10 0 10 Headphones Front Panel View Unbal. Float Audio Ground Chassis 115V PUSH ­2­ 345 VA MAX PUSH Mono ­+ ­ + + ­ ® ­++­ CH2 CH1 Rockford Corp. Tempe, AZ 85281 Made in the U. S. A. CH 2 115 VAC / 60Hz 3A 3AG 230 VAC / 50-60Hz 1. 6A 5x20mm Bal. Unbal. RCA CH 1 (Mono) Rear Panel View INSTALLATION LOCATION The P1000 power transformer can generate a substantial magnetic field, so caution should be exercised in the placement of low level components such as a tape deck, mixer or mic preamp to avoid inducing noise in the low level circuitry. The amplifiers can also produce considerable heat in normal operation so the primary consideration when determining a location for the amplifiers is to allow for adequate ventilation. The large heatsinks provide unrestricted airflow, but care must be taken to keep the slots in the bottom panel and top cover clear. If the amplifier is mounted in an equipment rack, make sure adjacent equipment does not impede cool air flow. ! Rack systems should have two fans 4" to 5" in from the front of the amplifier blowing upward. Inadequate ventilation can shorten component life, especially when other equipment raises the ambient air temperature, so circulating fans should be considered in tight quarters. 4" to 5" (from fan center) (Bottom View) Fan center approximately in line with edge of unit and starting of heatsink fins · Fans placed 4" to 5" from front of unit · Fans placed under the unit pointing upwards · Recommended P1000 fan is 32 CFM x 2 AC LINE The P1000 is capable of operation from either a 115 VAC/60Hz or a 230 VAC/50-60Hz power line. [. . . ] Remove the 9/64 Allen screw located behind the rack ears and the two 9/64 screws on the bottom edge of the heatsink. This frees the module from the chassis and it can be lifted clear. Unplug the gray Mono cable connecting the two modules. Disconnect the red and black output wires and the orange transformer secondary wires from the PC board. [. . . ]