QSC Digital Network DPX-3 Some earlier DSP-3 Digital Signal Processors use a null modem connection while later model DSP-3s use RS-232 connectivity. Either the null modem or RS-232 cable is used between the DSP-3 and a control computer for setting up Signal Manager processor functions and programming configuration files.
HD15 female-to-female mini DataPort adapter. As an alternative to the standard 6' long DPX-2 cable, this adapter makes it possible to use QSC DataPort cables of varying lengths between DataPort amplifiers and remotely mounted DSP processors.
Accessory that converts an HD15 connector on DataPort amplifiers to a terminal block style connector. Same as DDI-3, except built at a right angle. Provides 15Vdc output, standby control connectivity, and protect notification.
The VR 2 mounts in a standard US electrical box and can be covered with a Decora plate. It contains a linear taper potentiometer with a single Euroblock screw terminal for each of the pot’s three conductors, the Vr terminal, the Vc wiper terminal, and the ground terminal.
Connection Turn the power to the unit off until all connections are made. Connect the VR 2's control voltage Vc (wiper) connection(s) first. Then connect the voltage reference - “Vr” on the VR 2 (“REF” terminal on a RPM unit). Connect the GND (ground) terminal last. Double and triple check your wiring before applying power to the MA 4 or RPM since improper wiring can and will cause permanent, irreparable damage to the VR 2, requiring replacement of the remote. Such damage is not covered by Rane's warranty; checking the wiring is easier than a second trip to the job site with another remote.
Voltages Turn the power to the unit off until all connections are made. It is important to ensure that the Remote Ports are not subjected to sustained voltages outside the range of 0 to 5 volts DC or high levels of static. Inputs are protected, however, caution is the better part of... you know. It is a good idea to install the wiring, connect it to the Remote and then make the final connections at the Remote Port. Do not short the Vref pin to ground. This pin is current limited, however, excess heat is generated in the 5 volt supply if a short occurs. Never subject the Vr pin to voltages above 5 volts.
Wire Types Variations in wire type do not greatly affect the performance of the remote controls. However, 22-gauge stranded wire with a flexible jacket is recommended. You may use 3-conductor unshielded remote control signal cable for shorter runs (less than 200 ft.) or 2-conductor (1 pair) shielded remote control signal cable (use the shield as the GND return) for longer runs (200 to 1000 ft.). The type of wire required is influenced by your installation and local electrical codes.
MP 44 Mixer Use The MP 44's REMOTE LEVEL port provides a means to control the level of the MASTER mix from a remote location. The range of control is 0 dB to -40 dB. Applications include 'gain riding' DJs, setting a comfortable listening level from a remote location and reducing the maximum available gain.
DA 26S Distribution Processor Use A port for a wired Remote Level control is provided for each of the six Outputs. Using the optional VR 1 Remote control provides an audio taper response from 0 dB to > -80 dB. To control more than one Remote Port with a single Remote control, it is only necessary to connect the Vc pin of each additional port.
CP 52S or CP 64S Commercial Processor Use A VR 1 may be used instead of a ZR 1 if zone selection is not required on the remote control. Simply wire the Vc, Vr and ground wires of the ZONE REMOTE LEVEL port. The range of control is 0 dB to -40 dB.
Voltages Turn the power to the unit off until all connections are made. It is important to ensure that the Remote Ports are not subjected to sustained voltages outside the range of 0 to 5 VDC or high levels of static. Inputs are protected, however, caution is the better part of ... you know. It is a good idea to install the wiring, connect it to the Remote and then make the final connections at the Remote Port.
Do not short the Vr pin to ground. This pin is current limited; however, excess heat is generated in the 5 V supply if a short occurs. Never subject the Vr pin to voltages above 5 V.
Wire Types Variations in wire type do not greatly affect the performance of the remote controls. However, 22-gauge stranded wire with a flexible jacket is recommended. You may use 3-conductor unshielded remote control signal cable for shorter runs (less than 200 ft.) or 2-conductor (1 pair) shielded remote control signal cable (use the shield as the GND return) for longer runs (200 to 1000 ft.). The type of wire required is influenced by your installation and local electrical codes.
BSC-3 QSC BUSCARD - ACCOMADATES ONE SIGNAL PROCESSOR (CROSSOVER, LIMITER OR EQ) FOR PLX, CX, AND DCA AMPLIFIERS, XF-1 INPUT TRANSFORMERS MAY ALSO BE ADDED (NOT COMPATIBLE WITH PLX2)
Optional wired remote control units are available. The PR 2 allows remote control of Page 1 and Page 2 Zone Assign selection. The ZR 1 allows remote control of Zone Level and Zone Program selection. One PR 2 and two ZR 1 remotes may be used with each CP 64S. If you need only remote volume control, the VR 1 Volume Remote may be substituted for a ZR 1. The PR 2 and ZR 1 may be installed in a standard electrical box (minimum depth 2.25") and finished with a Decora™ plate. The remotes connect to the CP 64S through 5-pin Euroblock connectors.
ZR 1 Source & Volume Remote The ZR 1 is a 5-wire remote with 2 bits for Zone Program selection (active low Gray Code), a common shield/ground and two wires for ratiometric DC control of Zone Level. Zone 1 and Zone 2 ZR 1 remote ports may be paralleled so that a single remote controls both Zones. Selector logic is active low Gray Code with pull-up provided in the CP 64S. Control may be a simple switch closure to ground or 5 volt TTL. Remote control for each zone is initiated by engaging the RMT switch (located on the front panel) for that Zone.
The PR 2 is a 5-wire remote with 2 bits to select Page 1 Assign, one wire for shield/ground and 2 bits for Page 2 Assign. Selector logic is active low BCD with pull-up provided in the CP 64S. Control may be a simple switch closure to ground or 5 volt TTL. Page 1 and Page 2 bits may be paralleled so that one switch controls both Page Assigns. Remote control is initiated by setting the front panel Paging Zone Assign selector to RMT.
The MRS 4 provides a simple solution to recalling Memories from a remote location for products having an MRP (Memory Recall Port) or a VIP (Versatile Input Port).
The MRS 4 is intended for use in Normal mode, allowing up to four Memories to be recalled by contact closure. These are radio buttons: engaging one button (in, changing to green) causes any of the other three to disengage (out, changing to black). Space is provided next to each button for labelling. Consult the Operators Manual of the connected Rane equipment for details on Memory recall functions. The MRS 4 works with any of the Drag Net RPM Series Processors.
The DPX-4 allows remote rack mounting of QSC DataPort-compatible accessory modules such as the DSP-3 or DSP-4 digital signal processors. The bracket allows accessory modules to be used in a standalone configuration with QSC four-channel, PowerLight, or non-DataPort amplifiers, including non-QSC amplifiers. As many as four modules can be mounted to the bracket.
BusCard Signal Processing Accessory for QSC Amplifiers
For 4-channel CX and DCA models. Accomodates two embedded signal processor cards- one for channels 1 and 2, and the other for channels 3 and 4- and up to four XF-1 Input Isolation Transformers.
The LRS 4 provides a simple interface to end users requiring four predetermined volume levels (may include mute) when used in conjunction with devices equipped with voltage-controlled level inputs. The LRS 4 contains four radio buttons: engaging one button (in, changing to green) causes any of the other three to disengage (out, changing to black). Space is provided next to each button for labeling.
The LRS 4 accepts a two-wire DC voltage input (V+ and ground) and outputs a single voltage (Vout) that is varied depending on the selected LRS 4 button. Thus, four volume levels can be setup during installation: selecting the top button provides the maximum or highest output voltage (~V+) typically the highest volume. Select the second and third buttons for two different installer-programmable lower volumes. The bottom button grounds the output pin thus providing the lowest voltage output typically the muted condition.
The UF-3 is an embedded accessory card that offers two independent channels of filtering. Each channel offers both high- and low-pass filters that are engaged and configured separately; the high-pass section also features a selectable 6 dB/octave high-frequency boost for constant directivity horns or cinema screen loss compensation.
The Programmable Wall Stations (PWS) are modular wall-mount controls for Electro-Voice NetMax systems. Typical applications include volume control, source selection, preset selection and room combining. The PWS-4 and PWS-6 interface units install in standard electrical gang boxes. A PWS-C CAN coupler is required to use PWS-4 and PWS-6 modules. The PWS4/6 modules provide simple, programmable control of a NetMax system and all DSP parameters. Buttons can be configured as momentary, latching, or radio groups, and all have status LEDs to indicate current state.
Features:
Designed for:
Cinema
Club Sound
Commercial Sound/Life Safety
House of Worship
Performance & Sports Venues
Stadium Systems
Other Applications
CAN Bus Interface: 10-Pole Terminal Block Network Control (IRIS-Net): Yes Power Consumption: 480 mW (PWS-C), 175 mW (PWS-4), 150 mW (PWS-6) Supply Current: 20 mA @ 24 V DC (PWS-C) Supply Voltage: 9 - 58 VDC
The Programmable Wall Stations (PWS) are modular wall-mount controls for Electro-Voice NetMax systems. Typical applications include volume control, source selection, preset selection and room combining. The PWS-4 and PWS-6 interface units install in standard electrical gang boxes. A PWS-C CAN coupler is required to use PWS-4 and PWS-6 modules. The PWS4/6 modules provide simple, programmable control of a NetMax system and all DSP parameters. Buttons can be configured as momentary, latching, or radio groups, and all have status LEDs to indicate current state.
Features:
Designed for:
Cinema
Club Sound
Commercial Sound/Life Safety
House of Worship
Performance & Sports Venues
Stadium Systems
Other Applications
CAN Bus Interface: 10-Pole Terminal Block Network Control (IRIS-Net): Yes Power Consumption: 480 mW (PWS-C), 175 mW (PWS-4), 150 mW (PWS-6) Supply Current: 20 mA @ 24 V DC (PWS-C) Supply Voltage: 9 - 58 VDC
The Supa-Charger is a high-performance universal pedal power supply that features a custom-wound “zero hum” toroidal transformer; eight outputs that are isolated, regulated and filtered and a selectable input mains switch to accommodate 110-220 voltages, enabling the Supa-Charger to be used worldwide
Features: Universal Power Supply
Eight isolated, regulated and filtered outputs Included Cable Set consists of:
8-2.1mm (Boss-type) black cables
2-2.5mm red cables reversed polarity (Line 6 type)
Supports 9, 12 and 16 voltages
Input: 120v-240v 50/60Hz
Outputs: Six 9VDC 100mA regulated: (1-4 & 7-8) Two 9VDC 200mA regulated: (5-6)
Fuse Protected: Yes Dimensions: 6" (W) x 3.5" (D) x 1.6" (H) Shipping Weight: 2lbs.
Note: Due to continuing product improvement, specifications and design are subject to change without notice.
Balanced Line I/O Connector Expansion Card for Tascam MD-CD1 MiniDisc REcorder
This optional expansion card is outfitted with XLR inputs and outputs, enabling balanced line connectivity for the Tascam MD-CD1 professional MiniDisc recorder.
The Programmable Wall Stations (PWS) are modular wall-mount controls for Electro-Voice NetMax systems. Typical applications include volume control, source selection, preset selection and room combining. The PWS-4 and PWS-6 interface units install in standard electrical gang boxes. A PWS-C CAN coupler is required to use PWS-4 and PWS-6 modules. The PWS4/6 modules provide simple, programmable control of a NetMax system and all DSP parameters. Buttons can be configured as momentary, latching, or radio groups, and all have status LEDs to indicate current state.
Features:
Designed for:
Cinema
Club Sound
Commercial Sound/Life Safety
House of Worship
Performance & Sports Venues
Stadium Systems
Other Applications
CAN Bus Interface: 10-Pole Terminal Block Network Control (IRIS-Net): Yes Power Consumption: 480 mW (PWS-C), 175 mW (PWS-4), 150 mW (PWS-6) Supply Current: 20 mA @ 24 V DC (PWS-C) Supply Voltage: 9 - 58 VDC
The SR 2 features a 31-position LED indicator and rotary data encoder with integrated push switch. The push switch permits control of two independent parameters: Level 1 when the encoder is rotated normally, and Level 2 when the encoder is pushed and held while rotating. Each SR 2 ships with four faceplate inserts: white (w/ black logo), white (w/ almond logo), almond (w/ black logo) and black (w/ white logo).
The EXBDUALMP3 from Korg is an expansion card that adds a dual MP3 encoder/player to your Pa800 arranger workstation. It allows you to record your entire performance, including vocals, as an MP3 file.