Soundcraft Urei 1603
Soundcraft Urei 1603, size: 2.1 MB
Here you can find all about Soundcraft Urei 1603 like manual and other informations. For example: review.
Soundcraft Urei 1603 manual (user guide) is ready to download for free.
On the bottom of page users can write a review. If you own a Soundcraft Urei 1603 please write about it to help other people.
[ Report abuse or wrong photo | Share your Soundcraft Urei 1603 photo ]
Soundcraft Urei 1603
User reviews and opinions
No opinions have been provided. Be the first and add a new opinion/review.
The mains supply disconnect device is the mains plug. It must remain accessible so as to be readily operable when the apparatus is in use.
If any part of the mains cord set is damaged, the complete cord set should be replaced. The following information is for reference only. The wires in the mains lead are coloured in accordance with the following code: Earth (Ground): Neutral: Live (Hot): Green and Yellow (US - Green/Yellow) Blue (US - White) Brown (US - Black)
As the colours of the wires in the mains lead may not correspond with the coloured markings identifying the terminals in your plug, proceed as follows: The wire which is coloured Green and Yellow must be connected to the terminal in the plug which is marked with the letter E or by the earth symbol. The wire which is coloured Blue must be connected to the terminal in the plug which is marked with the letter N The wire which is coloured Brown must be connected to the terminal in the plug which is marked with the letter L Ensure that these colour codes are followed carefully in the event of the plug being changed
This unit is capable of operating over a range of mains voltages as marked on the rear panel. NOTE: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense. This Class A digital apparatus meets the requirements of the Canadian Interference-Causing Equipment Regulations. Cet appareil numrique de la Classe A respecte toutes les exigences du Rglement sur le matriel brouilleur du Canada.
For your own safety and to avoid invalidation of the warranty please read this section carefully.
Caution! In all cases, refer servicing to qualified personnel. Handling and Transport
The console is supplied in a strong carton. If it is necessary to move it any distance after installation it is recommended that this packing is used to protect it. Be sure to disconnect all cabling before moving. If the console is to be regularly moved we recommend that it is installed in a foam lined flightcase. At all times avoid applying excessive force to any knobs, switches or connectors.
Always use the power supply cable supplied with the mixer: the use of alternative cables may cause damage and voids the warranty.
Warning ! In the event of an electrical storm, or large mains voltage fluctuations, immediately unplug from the mains. Signal Levels
It is important to supply the correct input levels to the console, otherwise signal to noise ratio or distortion performance may be degraded; and in extreme cases, damage to the internal circuitry may result. Likewise, on all balanced inputs avoid sources with large common mode DC, AC or RF voltages, as these will reduce the available signal range on the inputs. Note that OdBu =0.775V RMS. Refer to the Specifications section for details of input and output levels.
General Wiring Procedures
To take full advantage of the excellent signal to noise ratio and low distortion of Soundcraft consoles, care must be taken to ensure that incorrect installation and wiring does not degrade the performance of the desk. Hum, buzz, instability and Radio Frequency interference can usually be traced to earth loops and inferior earthing systems. In some areas, especially heavily industrial areas, the incoming mains earth will not be adequate and a separate technical earth for all the audio equipment must be supplied. However, check with your local electricity supply company to ensure that safety regulations are not infringed or negated. The successful, hum free, installation of a system requires forethought, and the establishment of a set of ground rules, which must be consistently adhered to at all stages of installation.
INITIAL WIRING CONSIDERATIONS
For optimum performance, it is essential for the earthing system to be clean and noise free, as all signals are referenced to this earth. A central point should be decided on for the main earth point system, and all earths should be 'star fed' from this point. It is common electrical practice to `daisy chain' the earths to all electrical outlets but this method is unsuitable for audio installations. The preferred method is to run an individual earth wire from each outlet, back to the system star point to provide a safety earth screen reference for each piece of equipment. A separate earth wire should also be run from each equipment rack and area, to the star point. This may or may not be used depending on circumstances, but it is easier to install in the first place, than later when problems arise. The location of the star point should be a convenient, easily accessible place, preferably at the rear of the console or in the main equipment rack. Install separate 'clean' and 'dirty' mains outlets, wired individually back to the incoming mains distribution box. Use the 'clean' supply for all audio equipment and the `dirty' supply for all lighting, etc. Never mix the two systems. If necessary, to provide sufficient isolation from mains interference on the booth output, install an isolating transformer. This should be provided with a Faraday Shield which must be connected with earth. Never locate the incoming mains distribution box near audio equipment, especially tape recorders, which are very sensitive to electromagnetic fields. Ensure that all equipment racks are connected to earth, via a separate wire back to the star point. Equipment which has balanced/unbalanced inputs and outputs may need to be electrically isolated from the equipment rack and/or other equipment, to avoid earth loops.
Having provided all equipment with power and earthing connections, consideration must be given to the method of providing audio interconnection and adequate screening of those interconnections. This must be done in a logical sequence to avoid problems and assist in the localisation of problem equipment. Connect the Main or Booth system to the console and check for any hum, buzz, or RFI. Only when you are satisfied with the quietness of the console and the PA system should you proceed with the next step. Connect decks or CD players, FX and sends one at a time, checking and isolating any connection which degrades performance. Connect all other peripheral devices. Connect all microphone lines. By following this sequence much time and future trouble will be saved, and the result will be a quiet, stable system.
Audio equipment is supplied with a variety of input and output configurations, which must be taken into consideration when deciding where the screen connections should be made. There are three sources of unwanted signal being impressed on the screen, which are as follows: Extraneous electrostatic or electromagnetic fields. Noise and interference on the earth line. Capacitive coupling between the screen and signal wires. Therefore, in general, always connect the shield only at the signal source end. In high RF areas, the screen can also be connected to earth via a 0.01 mF capacitor. This will present a short circuit at RF frequencies, thus lowering the effective shield impedance to ground. However, at low audio frequencies the capacitor will effectively be an open circuit and thus not cause an earth loop problem.
POINTS TO REMEMBER
When using balanced connections use good quality twin screened audio cable. Check for instability at the output. Always connect both conductors at both ends, and ensure that the screen is only connected at one end. Do not disconnect the mains earth from each piece of equipment. This is needed to provide both safety and screen returns to the system star point.
It is important to remember that all equipment which is connected to the mains is a potential source of hum and interference and may radiate both electrostatic or electromagnetic radiation. In addition, the mains will also act as a carrier for many forms of RF interference generated by electric motors, air-conditioning units, thyristor light dimmers etc. Unless the earth system is clean, all attempts to improve hum noise levels will be futile. In extreme cases there will be no alternative but to provide a completely separate and independent `technical earth' to replace the incoming 'noisy earth'. However, always consult your local electricity supply authority to ensure that safety regulations are not being infringed.
WORKING SAFELY WITH SOUND
Although your new console will not make any noise until you feed it signals, it has the capability to produce sounds which when monitored through an amplifier or headphones can damage hearing. Always turn amplifiers down when turning your console on or off. The table below is taken from the Occupational Safety & Health Administration directive on Occupational noise exposure (1926.52): PERMISSIBLE NOISE EXPOSURE DURATION PER DAY, HOURS 2 1.0.5 <0.25 SOUND LEVEL dBA SLOW RESPONSE 115
Conforming to this directive will minimise the risk of hearing damage caused by long listening periods. A simple rule to follow is the longer you listen the lower the average volume should be. Please take care when working with your audio - if you are manipulating controls which you dont understand (which we all do when we are learning), make sure your monitors are turned down. Remember that your ears are the most important tool of your trade, look after them, and they will look after you. Most importantly - dont be afraid to experiment to find out how each parameter affects the sound - this will extend your creativity and help you to get the best results.
Recommended Headphone Impedance >= 200 Ohms
INSPECTION AND INSTALLATION
UNPACKING AND INSPECTION
Your 1605/1603 was carefully packed at the factory, and the container was designed to protect the unit from rough handling. Nevertheless, we recommend careful examination of the shipping carton and its contents for any sign of physical damage which could have occurred in transit.
If damage is evident, do not destroy any of the packing material or the carton, and immediately notify the carrier of a possible claim for damage. Shipping claims must be made by the consignee.
The carton should contain: Model 1605/1603 Music Mixer. Mains Cable UREI Instruction Manual (this book). Warranty Card (the serial number tag is on the base panel of the Mixer). 2mm Allen key
The 1605/1603 Mixer will operate satisfactorily over a range of ambient temperatures from 0 C to +50C (+32F to +122F), and up to 80% non-condensing relative humidity. If the system is installed in an equipment rack, console or desk with high heat producing equipment (such as power amplifiers), adequate ventilation should be provided in order to assure longest component life. Also, while circuitry susceptible to hum pick-up is sufficiently shielded from moderate electromagnetic fields, installation should be planned to avoid mounting the system immediately adjacent to large power transformers, motors, etc.
The 1605/1603 may be operated from 100-250V AC mains (50-60 Hz, single phase). BE SURE TO VERIFY LINE VOLTAGE BEFORE CONNECTING THE 1605/1603 TO THE MAINS. Please Note. The IEC mains connector is fitted with a retaining clip to prevent the mains lead from accidentally being pulled out during operation. To ensure that this clip will fit correctly, the lead supplied with the mixer must be used.
MAKING ADJUSTMENTS AND FITTING SPARES
CAUTION: THE FOLLOWING SECTION IS FOR USE BY QUALIFIED SERVICE PERSONNEL ONLY. TO REDUCE THE RISK OF ELECTRIC SHOCK, DO NOT REMOVE THE TOP FASCIA OR THE FADER PANEL TO PERFORM ANY SERVICING OR OTHER TASKS, UNLESS YOU ARE QUALIFIED TO DO SO. BEFORE REMOVING THE TOP FASCIA OR THE FADER PANEL ENSURE THE UNIT IS DISCONNECTED FROM THE MAINS SUPPLY. ONLY REMOVE THE ALLEN SCREWS INDICATED ON THE DIAGRAM OPPOSITE. WARNING: DO NOT OVER-TIGHTEN THE SCREWS AFTERWARDS.
It is necessary to remove the top panel fascia in order to carry out one or more of the following tasks: Setting the pre-trim pads during installation, and setting of the gain stages / output pads. Adjusting the external mute mic level control It is necessary to remove the fader panel only in order to replace any of the faders, including the cross-fader.
Removing The Top Panel Fascia
To remove the top panel fascia proceed as follows: Pull off all the pot knobs. Undo the 9 (for 1605) or 8 (for 1603) retaining Allen screws using a 2mm Allen key. The fascia can now be lifted clear of the subframe underneath. Take care not to bend the panel. The diagrams opposite show views of the 1605 mixer without top fascias fitted. The 1603 is similar but has fewer retaining screws. Setting The Pre-trim Gain Stages These pads are used to adjust the input level to individual channels, e.g. to reduce the input when using a piece of equipment with a high output level. There are 2 pads on each of the input channels. The +14dB gain stage switch is nearest to the faders, and the -10dB pad is nearest to the rear panel. The switches are push-on push-off types. The pads are in-circuit when the switches are depressed. If both switches are inadvertently depressed the -10dB pad is selected. The +14dB selection is designed to boost the signal from low level portable devices such as mp3 players. Setting The Master Output Pads There are two pads on the master outputs, -10dB and -20dB. Depress the -10dB to select the -10dB pad, depress both switches to select the-20dB pad: if only the -20dB switch is depressed no pad will be selected. Adjusting The External Mute Mic Level Control If the external mute facility is going to be used, the installation engineer can check and adjust the level at which the DJ channel 1 mic signal will appear at the master outputs. To simulate an external mute condition depress the mute test button. The main output will then only be the output from DJ channel 1. Under the external mute condition its level at the output is unaffected by any mixer control except for the preset ext mute mic level pot. When the pot is fully anti-clockwise the mute the signal.
Removing The Fader Panel
To remove the top panel fascia proceed as follows: Pull off the cross-fader knob only (the channel faders are attached to the panel and will lift away with it).
Undo the 7 (1605) or 6 (1603) Allen screws using a 2mm Allen key. The fader panel can now be lifted clear of the subframe underneath. Take care not to bend the panel. Replacing The Channel Faders Using a 2mm Allen key undo and remove the 2 screws which secure the fader to the fader panel. Unplug the 8-pin connector, appying slight lateral force to the plug from side to side as you pull the plug from the socket. Plug the connector into the new fader. The connector is keyed so that it cannot be inserted the wrong way round. Carefully place the new fader back into the fader panel and secure with the screws removed earlier, DO NOT OVER-TIGHTEN THE SCREWS. Replacing The Cross- Fader Using a pozi-screwdriver undo and remove the screws which secure the fader mounting plate to the subframe. Carefully withdraw the fader, taking care not to damage the wiring harness that is attached to it. Unplug the 6-pin connector, wiggle the plug from side to side as you pull the plug from the socket. Plug the connector into the new fader. The connector is keyed so that it cannot be inserted the wrong way round. Carefully place the new fader back into the subframe and secure with the screws removed earlier, DO NOT OVER-TIGHTEN THE SCREWS. NOTE:Ensure the PCB extrusion is facing the channel faders when replacing the cross fader.
Replaceable Spares Part Numbers
RS2432 - Urei 1603/5 Crossfader RS2433 - Urei 1603/5 Channel Fader
MOVING THE REAR CONNECTOR PANEL
It is possible to move the rear connector panel from its factory default position to its alternative location underneath the console. This alternative position can make it easier to rack or furniture-mount the console. To move the rear connector panel proceed as shown in the following diagram.
REPOSITIONING THE RACK EARS
The rack ears are shipped fitted to the sides of the console, but they are upside-down with the ears tucked underneath the console. To reposition them to allow furniture/rack fitting proceed as follows: Note that the ears are not identical, there is left hand and a right hand ear. It is best to reposition one side completely before starting on the other one. Undo the 8 screws which hold the ear onto the side of the console. Rotate the ear so that it is level with the top of the console and is facing outwards. Replace the 8 screws. Repeat this operation for the other ear.
This switch is a push on, push off type. It routes the signal from the line input when it is up, and the phono input when it is down, The LED in the switch lights when the phono input is selected. This switch only operates when the mic switch is in the up position.
This control gives a range adjustment of 32dB [+12/-20 for the Line/Phono and +20/-12 for the mic]. This allows you to adjust the input level to provide comparable levels on all of the channels faders.
The Aux pot controls the level of the channels signal which is sent to the aux buses. The signal can be pre-fade or post fade, depending upon the position of the Pre switch.
When the pre switch is in the down position, a pre-fade signal is sent to the Aux buses. This means that the signal level sent to the aux buses does not depend on the position of the channels fader. When the pre switch is in the up position, a post-fade signal is sent to the aux buses. This means that the signal level sent to the aux buses also depends on the position of the channels fader.
The three EQ controls allow you to apply a cut or boost to different parts of the audio-frequency spectrum. High This gives a cut or boost of +/-12dB to frequencies over 8kHz
Mid This gives a cut or boost of +/-12dB to frequencies centred at 600Hz Low This gives a cut or boost of +/-12dB to frequencies below 60Hz
When this switch is depressed its internal LED lights up. This indicates that the channels signal is being routed to the master section. The cue signal (see below) is not affected by the position of the ON switch.
Pressing this button routes the pre-fader signal to the headphones and meters. A LED in the switch indicates when Cue is selected.
This LED is green to show signal present, yellow flashes show the beat, and red shows overload.
The fader controls the level of the channels signal being fed to the master buses (left and right).
DJ CHANNEL 1 REAR PANEL CONNECTORS
DJ Mic XLR
Pin 1 Gnd Pin 2 Hot signal Pin3 Cold signal
DJ Mic Insert Point 1/4 jack
Tip Send signal Ring Return signal Sleeve Gnd
Booth defeat Switch
This switch is accessible via the hole in the rear panel. When it is set to on the dj mic will be routed to the booth outputs.
This stereo pair of sockets has an RIAA filter for turntables. This filter is activated when the Phono/ Line switch, accessible via the hole in the rear panel, is in the phono position. This pair of sockets can be used for line level inputs if the switch is in the line position
This stereo pair of sockets is used for line level inputs. There is a boost of +14dB or cut of -10dB available via switches under the top fascia. These will be set by the installing engineer.
CHANNELS 2-7 (2-4 ON 1603)
This switch is a push on, push off type. When this switch is pushed down, the MIC input on the rear connector panel is selected. A LED in the switch lights up to show that the mic is selected. When the switch is in the up position the phono or line input is selected (dependiing on the position of the phono/line switch).
The three EQ controls allow you to apply a cut or boost to different parts of the audio-frequency spectrum. High (Pass Filter) This gives from a full cut to a boost of +6dB to frequencies at or over 3.5kHz. Mid (Band Pass Filter) This gives a from a full cut to a boost of +6dB to frequencies between 300Hz-3.5kHz (bandwidth). Low (Pass Filter) This gives from a full cut to a boost of +6dB to frequencies at or below 300Hz. This isolator eq design gives an advantage over a conventional eq: the unity gain point is not at the centre of the pot travel. This gives the user more controln resolution over the cut part of the range, exactly where it is needed.
This 3-position switch routes the channels post-fader output signal to one of three pairs of stereo buses. If the Master position is selected the post-fader signal is routed diretly to the booth and master outputs. If the A or B position is selected then the output is routed via the cross fader.
This LED is green to show when a signal is present, yellow flashes show the beat, and red shows overload.
The fader controls the level of the channels signal being fed to the A/Master/B selector switch.
CHANNELS 2-7 (2-4 ON 1603) REAR PANEL CONNECTORS
This is for use with turntables which require a ground lead.
The L & R bargraph meters show, by default, the signal levels at the Master Left and Right outputs. If any Cue switch on the desk is pressed the meters display the level of the cued signal. Split Switch If the Split switch is depressed the meters will show a mono sum of the cued signal on the left meter, and a mono sum of the prefader master outputs on the right meter. Note that the split button has no effect on the meter display until a cue button is pressed.
EXTERNAL MUTE OPERATION
If the external mute mode is enabled the following happens when the n.c. link on the rear of the console goes open circuit: The pre-insert signal from the mic on channel 1 is routed directly to the master outputs, bypassing all level controls and eq controls. Its level is set only by the pre-set level control underneath the top fascia. The channel 1 mic signal will be shown on the meters. The channel 1 mic signal will be routed to the headphones. All other music or mic signals to the master outputs will be cut. The booth outputs will be cut. All the Signal-Beat-Peak LEDS flash red. The LED in the MIC switch on channel 1 will flash if mic is not selected.
Input and Output Levels
XLR INPUT (electronically balanced) Mic Gain range.... +22~+54dB with +20db/-12dB gain trim Maximum input level..... -14dBu Input impedance...... 2k ohms INSERT SEND (unbalanced, Ch1 only) Nominal level...... 0dBu Maximum output level.... +20dBu into 2k ohms Output impedance..... 75 ohms INSERT RETURN (unbalanced, Ch1 only) Maximum input level.... +20dBu Input impedance..... >50k ohms PHONO/LINE INPUT (unbalanced) Nominal level.....0dbu Trim...... +12/-20db Max input level..... +20dbu Input impedance..... 45k ohms
Rear Panel Connector connections
XLR INPUT & OUTPUT (3 pin female XLR) Pin 1..... Ground Pin 2..... Signal Hot Pin 3..... Signal Cold INSERT SEND and RETURN (1/4" TSR Jack) MIC 1 Only Tip...... Send Ring...... Return Sleeve...... Ground PHONO and 1/4 JACKS Tip...... Hot Sleeve...... Screen
High Pass Filter..... 18dB/Octave @ 63Hz Output Impedance..... 75 ohms Recommended Load.... 600 ohms or greater Frequency Response.... +/- 1dB, 20Hz-20kHz Distortion.... < 0.05% THD, 20Hz-20kHz @ +16dbu Maximum Output.... +20dB into 600 ohms
Output Impedance.... <40 ohms Recommended Load.... 150 ohms or greater Frequency Response... +0, -1dB, 20Hz-20kHz into 200 ohm load Distortion..... < 0.05% THD, 20Hz-20kHz @ +16dBu Maximum Output.... 190mW into 150 ohms
Output Impedance..... 75 ohms Recommended Load.... 2k ohms or greater Frequency Response.... +/- 1dB, 20Hz-20kHz Distortion..... < 0.05% THD, 20Hz-20kHz @ +16dBu Maximum Output.... +20dBu into 2k ohms
Effects Loop Output
Output Impedance.... 75k ohms Recommended Load.... 5k ohms or greater Frequency Response.... +/- 1dB, 20Hz-20kHz Distortion..... < 0.05% THD, 20Hz-20kHz @ +16dBu Maximum Output..... +20dB into 2k ohms
All channels routed at unity, mix at unity.... < -85dB Crosstalk (@1kHz)..... < -85dB
Fader Cut-off (rel. 0 Mark)..... < -95dB FX Sends offness...... < -90dB
Input and Output Impedance
Mic Input...... 2k ohms Line Input..... 45k ohms Aux Input (Unbalanced RCA Phono).... 30k ohms Master/booth Output..... 75 ohms Aux Output..... 75 ohms Headphones Output.... 40 ohms
Maximum Output Levels
Insert Send Output.... +20dBu into 2k ohms Mix Output..... +20dBu into 600 ohms Aux Output..... +20dBu into 2k ohms Booth Output..... +20dBu into 600 ohms Headphones Output.... +20dBu into 300 ohms Headphones.... 190mW into 150 ohms
1605 Without rack ears.... 87.6(H) x 440(W) x 400(D) (mm) With rack ears.... 87.6(H) x 483(W) x 400(D) (mm) Weight..... 8.7kgs/ 19.1 lbs 1603 Without rack ears.... 87.6(H) x 338(W) x 400(D) (mm) With rack ears.... 87.6(H) x 381(W) x 400(D) (mm) Weight..... 7.5kgs/ 16.5 lbs
GLOSSAR OSSARY GLOSSARY
Amplitude: Attenuate: Attenuator: Auxiliary (Aux): Balanced, Unbalanced: Another term used for signal level. Reduce the signal level. A device which reduces the signal level. An independent mix derived from the channels for various functions. This can be set pre (before) or post (after) the channel fader. Refers to the type of input or output signal connection. An unbalanced connection has two signal carrying conductors, one of which is the cable shield. A balanced connection has three conductors, two for signal and a shield which is connected to earth. Because the signal conductors are at the same impedance and of opposite polarity they are better able to cancel and therefore reject interference and noise pickup. It is standard practice to use balanced connections for long cable runs, for example to amplifiers, or cables carrying sensitive or low level signals, for example microphones. A filter with a bell-shaped response for attenuation of frequencies either side of the centre frequency. Using the variable pitch controls on turntables/CD players to synchronise the rhythm track of two separate songs, so that the beat remains constant when smoothly cross-fading from one to the other.
Bandpass (BPF): Beat Mixing:
Beats Per Minute (BPM): The measurement of the rhythmic beat or tempo of the music. Booth: Cutting: Cartridge: The area, often enclosed, where the DJ operates. It is usually provided with local booth monitor loudspeakers. Moving the cross-fade control sharply from one side to the other, to cut u or pick out a sound, a hihat, kick drum etc, or to drop straight into another record. Also known as chopping. The pickup in a turntable. Uses a stylus to pick up vibrations from the record (vinyl) and convert this to electrical signals that feed the console. The cartridge is usually fitted to a removable headshell that plugs into the turntable arm. The harsh distorted sound that results when the signal hits the maximum level possible. The term used to describe the law of a fader, how quickly it responds as it is moved, or the amount of fade per unit of movement. The contour control associated with a fader lets the DJ tailor its response to suit the preferred mixing style. A horizontally operated fader for fading one music track in while fading the other out. Often used by the DJ for cutting and layering sounds while mixing. A monitor system provided for the DJ to check individual channel signals using headphones while lining up tracks ready to introduce into the mix. Connecting the output of one mixer to an input of another mixer. The unit of measurement for audio signal level. This is logarithmic to follow the response of the human ear. dB is a relative measurement to compare one level with another, for example gain from input to output. dBu is an absolute measurement referenced to a voltage standard where 0dBu = 0.775V rms. The console main outputs operate at 0dBu = 0 reading on the meters. dBV is a similar measurement but refers to a 1V standard. It is common for consumer equipment to operate a the standard of 10dBV (316mV). dBA refers to sound pressure level and is measured using the A scale that hears in the same way as the human ear. The difference expressed in dB between the highest and lowest signal levels possible. This is limited by the clipping level and residual noise floor respectively. The term for the electronic signal reference. This generally connects to the mains supply earth point and all cable shields and conductive equipment cases. It provides the return for the signal voltage within the equipment. It also ensures operator safety by removing the possibility of electric shock should the mains voltage touch any metal part.
Clipping: Contour (Law, Curve):
Cross-fader: Cue (Solo): Daisy-Chaining: dB (Decibel):
Dynamic Range: Earth (Ground):
Earth Loop (Ground Loop): The result when the equipment sees more than one path to the system earth. Current flows because a resistive loop susceptible to radio and mains interference is formed. In severe cases this can result in audible hum or buzz in the system. Breaking the loop by removing all but one path to earth usually solves the problem. EQ (Equaliser): Feedback: This provides cut or boost of selected frequencies (equalisation) for tonal shaping of the sound. Also known as howlround or ringing, this is the rapidly increasing tone produced when a microphone picks up its own signal from the speakers. It is usually a shrill and annoying squeal that should be quickly dealt with by repositioning the microphone or speakers, reducing mic gain or equalising the system to notch out the offending frequencies. This is the boost or attenuation applied to the source signal in the channel preamp stage to match it to the console operating level. For example, a large amount of gain is needed to match low microphone signals. It is set using the console meters. Gain is not used for level (volume) control. The amount of level available expressed in dB to handle peaks above the normal 0dB operating level. The measurement of frequency. The audio spectrum ranges from a low (bass) frequency of 20Hz to a high (treble) 20kHz. A filter that attenuates frequencies below the cut-off frequency. This is the audible noise that usually results from mains interference pickup, earth loops, bad interconnections and induced power supply and lighting fields. It is usually at mains frequency (50/ 60Hz) or a related harmonic. A technical term for the resistance of a signal conductor to ground. Low impedance (Low Z) usually refers to microphones of 200 ohms or less, and line signals typically less than 100 ohms. Low Z sources are less prone to interference pickup. Inputs are usually high impedance (High Z) so that one source can connect to more than one channel without signal loss. Note that the operating impedance of a connection is set by the impedance of the source, not that of the unconnected input. A signal processor that limits the maximum level possible by preventing the signal going over a predetermined threshold level. This is very useful in club installations where it is inserted between the console and house system amplifiers to prevent the DJ exceeding the maximum allowable volume. A filter that attenuates frequencies above the cut-off frequency. A single source with no stereo content, or the left and right stereo signals summed together as one. A mono signal which is the sum of the left and right parts of a stereo pair. To turn off the signal. Transform is a mute, or cut effect. Generic term for an unwanted signal. This may be residual electronic hiss, hum, buzz, clicks and pops. This is the term for the residual electronic noise produced by all powered audio equipment. It usually sounds like a constant hiss, although some equipment may suffer from residual hum as well. The response of a microphone which picks up sounds equally all round. Not suited to live vocal applications as they are more prone to feed back. Another term for attenuator. A control that adjusts the balance of the signal in the left and right speakers. A type of signal meter that has a very fast attack and slower release. This picks up the fast signal transients and holds them long enough for the operator to see the activity on the display. These meters typically use led (light emitting diode) displays. Abbreviation for phonograph as in turntable. Usually means RIAA equipped input when marked on console inputs. Can also refer to the RCA phono type connector found on turntables and CD players.
Headroom: Hz (Hertz): Highpass filter (HPF): Hum:
Lowpass filter (LPF): Mono: Mono Sum: Mute (Cut): Noise: Noise Floor: Omni-directional: Pad: Pan (Panoramic): Peak Meter:
Sometimes erroneously referred to as phase this is the + / - sense of a balanced signal or loudspeaker connection. Reversed polarity should be avoided and checked for as it can cause uncomfortable phasing effects as the listener moves between the speakers. Polarity Reverse is often used to correct for wrongly wired cables and connectors. The signal is taken from a point in the circuit which is before the fader. The signal is taken from a point in the circuit which is after the fader. Record Industry of America Association, responsible for the long established equalisation standard that is applied to the signal produced by a turntable cartridge. Due to the physical limitations of vinyl reproduction the stylus produces a reasonable level high frequency signal but a much less lower level low frequency. An RIAA pre-amplifier compensates for this by attenuating the high and boosting the low frequencies. The way in which sound reflects and bounces around the room after the source is removed. This depends on the size and shape of the room as well as the materials such as carpets, curtains and clothing that absorb certain frequencies. This is a signal processor that connects to the console to artificially simulate the reverb effect. Parameters such as decay time, diffusion and amount of reverb can be controlled. Typically selected sounds are sent to the processor by turning up the channel post-fade aux sends. The processed (wet) signal is returned to the mix through a channel where it adds to the direct (dry) signal routed from the channel fader. Revolutions Per Minute. The measurement of turntable speed, 33, 45 and 78 RPM. Another performance effect popular with DJs. The channel signal is sent to a digital processor that samples (stores) a short duration of sound. The output is returned through a channel and replayed by pressing a trigger. Many samplers provide creative effects such as repeat and reverse. The UREI sampler is BPM activated. The art of rhythmically rocking a record back and forward on a turntable to manipulate the audio signal. Often combined with a differing cross fader technique to achieve different styles.
Pre-fade: Post-fade: RIAA:
Signal-to-Noise Ratio (SN): This is the difference expressed in dB between the normal 0dB operating level and the residual noise floor. It represents how far above the equipment hiss level the signal operates. A higher figure is better. Slip mat: Split Cue: Sub Bass: Tempo: Turntable: A fabric turntable mat positioned under the record so that the DJ can hold it stationary ready to let go for a fast start at the point cued. A facility to listen to the cue signal in one ear while keeping the program in the other. Used for matching the beat while cueing a new track. A loudspeaker designed to reproduce only very low frequency sound, typically from around 30 to 120Hz. A crossover is used to route only the low frequencies to the sub. The rhythmic beat of the music, usually referred to in BPM (Beats Per Minute). Otherwise known as a record deck this plays vinyl discs. It is common for the output of the cartridge to plug directly into the mixing console phono input which provides the RIAA equalisation required. The turntable usually has variable speed control so that the DJ can synchronise the beat between tracks. Voltage Controlled Amplifier: An audio gain element whose level is controlled by a remote DC voltage rather than through a fader or rotary control. VCA Cross fader functions as an audio cross fader but with the audio level controlled by a DC voltage produced by the fader. This voltage can be electronically filtered and is therefore able to remove the clicks, scratches and dropouts associated with worn audio faders. The professional standard 3 pin round connector used for microphone and other balanced connections. Equipment female sockets are for inputs, male for outputs.
1 Soundcraft is a trading division of Harman International Industries Ltd. End User means the person who first puts the equipment into regular operation. Dealer means the person other than Soundcraft (if any) from whom the End User purchased the Equipment, provided such a person is authorised for this purpose by Soundcraft or its accredited Distributor. Equipment means the equipment supplied with this manual. If within the period of twelve months from the date of delivery of the Equipment to the End User it shall prove defective by reason only of faulty materials and/or workmanship to such an extent that the effectiveness and/or usability thereof is materially affected the Equipment or the defective component should be returned to the Dealer or to Soundcraft and subject to the following conditions the Dealer or Soundcraft will repair or replace the defective components. Any components replaced will become the property of Soundcraft. Any Equipment or component returned will be at the risk of the End User whilst in transit (both to and from the Dealer or Soundcraft) and postage must be prepaid. This warranty shall only be available if: a) the Equipment has been properly installed in accordance with instructions contained in Soundcraft's manual; and b) the End User has notified Soundcraft or the Dealer within 14 days of the defect appearing; and c) no persons other than authorised representatives of Soundcraft or the Dealer have effected any replacement of parts maintenance adjustments or repairs to the Equipment; and d) the End User has used the Equipment only for such purposes as Soundcraft recommends, with only such operating supplies as meet Soundcraft's specifications and otherwise in all respects in accordance Soundcraft's recommendations. Defects arising as a result of the following are not covered by this Warranty: faulty or negligent handling, chemical or electro-chemical or electrical influences, accidental damage, Acts of God, neglect, deficiency in electrical power, air-conditioning or humidity control. The benefit of this Warranty may not be assigned by the End User. End Users who are consumers should note their rights under this Warranty are in addition to and do not affect any other rights to which they may be entitled against the seller of the Equipment.
1603/1605: INSTALLATION/CLUB MIXERS
The UREI 1603 and 1605 Installation Music Mixers provide a fully-featured control centre for Clubs and Performing DJs.With the legendary UREI sound quality, stunning looks and Soundcrafts exacting manufacturing construction, they are set to become the new standard in clubs worldwide. No club mixer has been designed to allow such total integration with the club sound system. Employing unique functionality such as a rotateable connector panel so that connections may be made to the rear or underside of the mixer (for portable or fixed use), the UREI 1603 and 1605 have a rich feature set to match the requirements of todays DJs. Much thought has gone into the design of the UREI 1603 and 1605 to ensure it has the right features for club installation. For example, there is an external MUTE interface that when triggered, mutes all music channels leaving only the announcement/safety mic channel open for public address. A comprehensive monitoring system allows not only monitoring of CUE channels and the MIX output, but also the Aux Send and Return signals.With the ability to split CUE monitoring between CUE and MIX signals with adjustable balance and a FLIP function which allows the split signals to be flipped in the earpieces along with EQ on the headphone output, the 1603/1605s monitoring is second to none. Input connectivity and flexibility is maximized each channel has connections for a Microphone (XLR), Deck (RIAA on RCA/Phono) and Line level (RCA Phono) sockets, with the RIAA inputs switchable to be line level, giving the 1605 a total of 7 Mic and 14 line level input connections. Furthermore, the Aux (FX) output has its own return input conveniently located on the top panel to maximise connectivity. And full connectivity options are provided on the outputs too, with both balanced XLR connectors and unbalanced RCA connectors for both Booth and Master outputs. For installers, optional internal links on the Line inputs allow either a 10dB reduction in gain or +14dB gain increase, to allow for connection of MP3 players etc. Other features include a tri-colour channel LED to indicate signal, beat (tempo) and peak warning, a 10-segment output meter and EQ on the Booth outputs. The UREI 1603 and 1605 Club Sound will never be the same again.
Pictured: UREI 1603
Pictured: UREI 1605
4 Full-function stereo channels (1603) 7 Full-function stereo channels (1605) Each has inputs selectable from Mic, Phono and Line connections Phono inputs are switchable to become Line level, individually Mic insert on channel 1 for ease of connecting external processing Rotateable rear panel allows connectors to be located on the rear of or underneath the console (for best cable access) External mute function mutes all channels except mic channel 1 to allow PA announcements but mutes music 3-band EQ on Channel 1 (Mic) 12dB 3-band ISOLATOR EQ on channels 2-7, isolating from full cut to +6dB 1 Aux send per channel: Channel sends switchable pre/post fader individually; Aux Return conveniently located on top panel and can be assigned to crossfader Comprehensive CUE/Monitoring system:Aux send can be CUEd to headphones; Aux Return can be CUEd to headphones VCA-based crossfader reduces fader noise and allows fully variable control curves for total control of crossfade mixing style Headphone Output on 1/4 and Mini-jack connectors EQ on headphone output Booth and Master Outputs on XLR, balanced and RCA, unbalanced Comprehensive booth controls EQ, mute function and L/R/Stereo output selector Separate master mono output High Pass filter on Master and booth outputs eliminates stage or turntable rumble Balance control on Master output Master Output Mono switching DJ Mic (channel 1 only) to booth output defeat switch Tri-colour LED shows Signal/Beat/Peak metering Split Cue Headphone switch Flip function switches Cue and Mix in headphones (L and R) 10-segment Blue/White/Red LED output metering, which can read Left/Right or Split Cue/Mix Integral rack ears for easy desktop/rack mounting Individual channel gain structure controls (boost +14dB or reduce -10dB) Master output attanuator pads (engineer only -10dB and +20dB)
Mic inputs are on balanced XLR connectors, while RIAA and Line inputs are provided on unbalanced RCA phono connectors.A 1/4" TRS Insert jack is provided in the Mic path of Channel 1 to allow connection of external processing.
The front panel illuminated headphone output is supplied on both 1/4 jack and 3.5mm mini-jack connectors for total flexibility.
EXTERNAL MUTE FUNCTION BOOTH OUTPUT
The Booth output is provided on both balanced XLR and unbalanced RCA phono connectors, and is controlled by the master Booth level control.A Mic Defeat switch mutes the signal from the mic to the booth output to avoid feedback. This contact port will mute all music channels except Mic input 1, to allow PA announcements. Useful for fire alarm systems.
The high quality internal PSU is fed via an IEC mains inlet, allowing a detachable mains cable to be used.A cable retaining clip provides total cable security. Universal power supply 100V-240V AC. Consumption 50W max.
The Master output is provided on both balanced XLR and unbalanced RCA phono connectors, and is controlled by the Master level control.A separate 1/4" jack feeds a balanced mono sum of the booth output signal.
The send-and-return Aux/FX loop is supplied on unbalanced RCA phono connectors, and works in conjunction with the top panel Aux/FX level and routing controls.
input and output levels XLR INPUT (electronically balanced) mic
Gain range. +22 - +54db with +20dB/-12dB gain trim Max. Input level. -14dBu Input impedance. 2 kohms
Output impedance. 75 ohms Recommended load. 2k ohms or greater Frequency response. 1dB, 20Hz-20kHz Distortion. <0.05% THD, 20Hz-20kHz @ +16dBu Max. output. +20dBu into 2k ohms
insert send (unbalanced, CH 1 only)
Nominal level. 0dBu Max. output level. +20dBu into 2 kohms Output impedance.75 ohms
effects loop output
insert return (unblanced, Ch 1 only) phono/line input (unbalanced)
Max. input level. +20dBu Input impedance. >50 k ohms Nominal level. 0dBu Trim. +12/-20dBu Max. input level. +20dBu Input impedance. 45 kohms
Output impedance. 75k ohms Recommended load. 5 k ohms or greater Frequency response. 1dB, 20Hz-20kHz Distortion. <0.05% THD, 20Hz-20kHz @ +16dBu Max. output. +20dB into 2k ohms
All channels routed at unity, mix at unity. <-85dB Crosstalk (@ 1kHz). <-85db
Fader Cut-off (rel. 0 Mark). <-95dB FX Sends offness. <-90dB
rear panel connector connections XLR input and output (3 pin female XLR)
Pin 1. Ground Pin 2. Signal Hot Pin 3. Signal Cold
input and output impedance
INsert send and return (1/4"TSR Jack) MIC 1 and 2 only
Mic input. 2k ohms Line input. 45k ohms Stereo input (Unbalanced RCA Phono). 30k ohms Mix output. 75 ohms Aux output. 75 ohms Headphones output. 40 ohms
Tip. Send Ring. Return Sleeve. Ground
maximum output levels
phono and 1/4" Jacks
Tip. Hot Sleeve. Screen High Pass Filter. 18dB/Octave @ 63Hz
Insert Send output. +20dBu into 2k ohms Mix output. +20dBu into 600 ohm Aux output. +20dBu into 2k ohms Booth output. +20dBu into 600 ohms Headphones output. +20dBu into 300 ohms Headphones. 190mW into 150 ohms
Output impedance. 75 ohms Recommended load. 600 ohms or greater Frequency Response. 1dB, 20Hz-20kHz Distortion. <0.05% THD, 20Hz-20kHz @ +16dBu Max. output. +20dB into 600 ohms
Without rack ears (mm). 87.6(H) x 338(W) x 400(D) With rack ears (mm). 87.6(H) x 381(W) x 400(D) Weight. 7.5kgs/16.5lbs
Without rack ears (mm). 87.6(H) x 440(W) x 400(D) With rack ears (mm). 87.6(H) x 483(W) x 400(D) Weight. 8.7kgs/19.1lbs
Output impedance. <40 ohms Recommended load. 150 ohms or greater Frequency response. +0, -1dB, 20Hz-20kHz into 200 ohm load Distortion. <0.05% THD, 20Hz-20kHz @ +16dBu Max. output. 190mW into 150 ohms
Soundcraft Registered Community Trade Mark/RTM No. 000557827
HARMAN INTERNATIONAL INDUSTRIES LTD., CRANBORNE HOUSE, CRANBORNE ROAD POTTERS BAR, HERTS, EN6 3JN, UK T: +44 (0)F: +44 (0)E: email@example.com
8500 BALBOA BLVD. NORTHRIDGE, CA 91329, USA T: +1-818-920-3212 F: +1-818-920-3208 E: firstname.lastname@example.org
Soundcraft reserves the right to improve or otherwise alter any information or specifications supplied in this document or any other documentation supplied hereafter. E&OE 01/05 This equipment complies with the EMC Directive 89/336/EEC Part No: ZL0632 Issue 4
Soundcraft recommends AKG professional DJ headphones for use with Urei DJ mixers
Blackberry 7200 P5LD2-vm DH 945GCM-S BBA 2785 Eolis BOX UT32-XP800 Office T40W TXL37S10E Synergy H4350 Companion Scanner Flashpen Mini DVP-S735D Ams200 Shake 4 LE37A616 DV-S939 GA-7vasfs-FS BA123 Hilti PR20 TH-37PA20 CD2351S-24 Elyseo 125 SKM 1030 Scanmaker 5600 FAX4410L Photosmart 1100 Env06 F65010IM Samsung PL90 TXS-R605 Escalade Scales 32PW9616 12 HD200X 8-125 DSC-W320 RMS1000 WAG54GP2 KR-3500 GR-T392GVH Finepix J50 IC-255E CB20F32T Baseball 2005 PL42C430 Nintendo DS 250-2001 Bikes Bike Review V-C2940ND System D 41 Premier 24 TXP50V20B IC-04AT DGX-630 SH52TH-W APK-WB 20F510TD Korg I5S XVN322SUS-xv-n322 Powershot A520 TXP37C2E PET705 TL-WN321G GPS 12XL 3DE-7985E Macbook PRO Reference LFV1024 LN26R51B VGN-N31m-W HT-R530 M285-E Powercinema 5 ADZ625 DVR-550HX-S TX-P42x10E FBX-900 KV-SS080 ZWF16381W 114-30 W3241 CP-70B DMC-J7R Century Gold RDC-6000 40A558p3F DVD-LX97 S-series 3D VGN-NR32m S Mounter 24 FW535C Super C8 AWT 2251 TH-42PWD7UY Micro-ondes RX-V530RDS
manuel d'instructions, Guide de l'utilisateur | Manual de instrucciones, Instrucciones de uso | Bedienungsanleitung, Bedienungsanleitung | Manual de Instruções, guia do usuário | инструкция | návod na použitie, Užívateľská príručka, návod k použití | bruksanvisningen | instrukcja, podręcznik użytkownika | kullanım kılavuzu, Kullanım | kézikönyv, használati útmutató | manuale di istruzioni, istruzioni d'uso | handleiding, gebruikershandleiding
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101