Hafler TRM6.1CE manual Installation, Location, Inadequate, Optimum

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INSTALLATION

INSTALLATION

LOCATION

The location of your reference monitors in addition to the acoustics of the listening room will influence the system frequency response. In the near field environment, our ears are more sensitive to direct sound rather than the reverberation of sound. Below are some recommendations for the initial set-up which may help you optimize performance in complex acoustic envi- ronments. In any configuration, keep the rear of the monitor at least 5" (12.7cm) away from any wall or obstruction to reduce excessive boundary “loading” of the woofer vent and to optimize heat sink cooling.

Fig. 1

INADEQUATE

Fig. 2

OPTIMUM

Off-Axis Response

On-Axis Response

 

 

 

 

 

 

Aiming the monitors directly forward (Fig. 1) may cause response problems resulting in inadequate stereo imaging. Aiming the monitors toward you and spaced equally like a triangle (Fig. 2) provides the best imaging and produces the flattest frequency response.

 

Fig. 3

INADEQUATE

Fig. 4

OPTIMUM

 

 

 

 

Horizontal Alignment

Vertical Alignment

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

If you frequently move your chair from side to side in front of your mixing console, positioning the tweeter and woofer in hor- izontal alignment (Fig. 3) can create complex lobing patterns. Minimizing this effect can be achieved by placing the tweeter and woofer in vertical alignment (Fig. 4). If it is essential to position the monitors horizontally, place them with the tweeters toward the inside.

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Contents Page Declaration of Conformity EN60065 safety2-channel Audio Power Amplifier/Speaker to the above Directives and StandardsNet Weight PERFORMANCE SPECIFICATIONSDimensions Power RatingNOTICE - IMPORTANT SAFETY INFORMATION C A U T I O NADVERTENCIA - INFORMACION DE SEGURIDAD IMPORTANTE ESPAÑOLATTENTION INFORMATIONS IMPORTANTES DE SÉCURITÉ RANÇAISACHTUNG - WICHTIGE SICHERHEITS - INFORMATIONEN DEUTSCHNOTARE - IMPORTANTI INFORMAZIONI SULLA SICUREZZA ITALIANOSCHEMATIC DIAGRAMS TABLE OF CONTENTSINSTALLATION SERVICE REFERENCETECHNICAL DESIGN FEATURES INTRODUCTIONMOSFET Devices MEHSATransana AmplifieShielded Magnet Phase CoherentWave Guide TweeteRear Panel View Balanced Input Unbalanced Input Input Switch SensitivityFront Panel View Tweeter Wave Guide Status LEDINADEQUATE INSTALLATIONLOCATION OPTIMUMXLR Unbalanced Input XLR Balanced InputINPUTFROM SOURCE Pin 1 = GND Pin 2 = + Pin 3 = INPUTFROM SOURCE Pin 1 = GND Pin 2 = + Pin 3 = GND2. All capacitors in microfarads 3. Channel 1 only shown SCHEMATIC DIAGRAMNOTES Unless specified otherwise 1. All resistors in ohms Qualified Service Personnel Only 2. All capacitors in microfarads 3. Channel 1 only shown SCHEMATIC DIAGRAMNOTES Unless specified otherwise 1. All resistors in ohms Qualified Service Personnel Only SCHEMATIC Diagram PC BOARD LAYOUT +4dB Input OPERATIONINPUT SENSITIVITY +1dB Input+4dB with the same type and rating as indicated in the parts listBASS SHELVING +2dBCLEANING and MAINTENANCE Power onPOWER SWITCH COLORVALUE PARTS LISTDESIGNATOR PART #RES 280 OHM 1/10W 1% MODEL TRM6.1CE 230 VAC 50/60 Hz TRM6.1 FUNCTIONAL BLOCK DIAGRAM transana Implementation SERVICE REFERENCECIRCUIT OPERATION CALIBRATIONInput Circuit Tweeter CrossoverWoofer Crossover Thermal ProtectionClipping Indicator On IndicatorCAUTION Reconnect wires as indicated in each diagram Wave Guide AssemblyTWEETER REPLACEMENT Power SwitchCAUTION Reconnect wires as indicated in diagram Qualified Service Personnel OnlyAMPLIFIER REPLACEMENT TRANSFORMER REPLACEMENTWhat is Covered SERVICE POLICY AND LIMITED WARRANTYLength of Warranty What is NOT CoveredLIT 11382 11/00 E.W.R MADE IN THE USAHAFLER A DIVISION OF