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Crestron CNXFZ Focus/Zoom Control Interface Contents CNX Focus/Zoom Control Interface: CNXFZ 1 Description.................................................................................................................................1 Functional Description ................................................................................................1 Physical Description....................................................................................................2 Leading Specif
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Crestron CNXFZ Focus/Zoom Control Interface CNX Focus/Zoom Control Interface: CNXFZ Description Functional Description The CNXFZ is designed to provide network control of a remotely positioned video camera site. Control is defined as the two-axis motion of the focus/zoom setting and iris control of a camera lens. Jumper Boards Four supplied jumper boards permit the support of any lens assembly requiring an input voltage in the range of +/-2.5 to +/- 12 VDC. Thus a single CNXFZ with it
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Focus/Zoom Control Interface Crestron CNXFZ Presets In conjunction with the Crestron control system, the CNXFZ is capable of “memorizing” focus/zoom settings for a virtually unlimited number of presets. Each preset stores a specific setting. Positional feedback signals are essential to the implementation of presets; unless the lens supports position mode. These analog signals, provided by the lens, indicate current focus/zoom setting. Position/Rate Mode Movement of the lens may occur in
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Crestron CNXFZ Focus/Zoom Control Interface CNXFZ Ports A number of ports bearing silk-screened labels are located on the CNXFZ. Refer to the illustration and descriptions after this paragraph. CNXFZ Front Panel CNXFZ NET This 6-pin, 6-position RJ11 modular jack is used to connect the CNXFZ to the control system. NOTE: Review the latest revision of the Network Modular Cable Requirements (Doc. 5682). Most 4-conductor phone cables are wired in a crisscross fashion and are not compat
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Focus/Zoom Control Interface Crestron CNXFZ CNXFZ Pinout for LENS Port PIN DESCRIPTION 1 Focus Out 2 Focus Common 3 Zoom Out 4 Zoom Common 5 Rate/Position Mode 6 5V Reference from Lens 7 7.5V Reference from Lens 8Iris Out 9 Iris Common 10 Iris Control 1 11 Iris Control 2 12 +5V to Pots 13 Pot Zoom 14 Pot Focus 15 0 Volts to Pots Wiring Diagram for Lens A, B, and D (+/-12V, +/-8V, and +/-6V) CNXFZ FOCUS_MOTOR 1 M POWER_GND 2 ZOOM_MOTOR 3 M POWER_GND 4 RATE/POSITION 5 n/c +5V_VOLTS_LENSE_REFE
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Crestron CNXFZ Focus/Zoom Control Interface Wiring Diagram for Lens C (KTS/KTS-A Series and MD/BMD/SD Series) HIROSE LENSE CONNECTOR CNXFZ FOCUS_MOTOR FOCUS CONTROL 1 8 GROUND POWER_GND 2 3 ZOOM_MOTOR ZOOM CONTROL 3 9 POWER_GND 4 ZOOM SPEED/POS SIG 2 RATE/POSITION FOCUS SPEED/POS SIG 5 1 IRIS SPEED/POS SIG 10 +5V_VOLTS_LENSE_REFERENCE SIGNAL COMMON 6 7 7_VOLTS_FROM_LENSE +V1 (+7.5V) 7 11 IRIS_MOTOR IRIS_CONTROL 8 5 POWER_GND 9 n/c IRIS_CONTROL_1 10 IRIS_CONTROL_2 IRIS MODE (LOCAL/CAMERA) 11 4
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Focus/Zoom Control Interface Crestron CNXFZ CNXFZ Indicators Two indicators are located on the CNXFZ front panel. Both have a silk-screened label. Refer to the illustration shown in “CNXFZ Ports” on page 3 and the descriptions after this paragraph. POWER This LED illuminates when 24 VDC is supplied to the CNXFZ. NET This LED illuminates when communication between the control system and the CNXFZ is established. Illumination indicates that the SIMPL program currently loaded has a netwo
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Crestron CNXFZ Focus/Zoom Control Interface Leading Specifications of the CNXFZ (Continued) SPECIFICATION DETAILS Dimensions & Weight Height: 5.50 in (13.97 cm) Width: 3.50 in (8.89 cm) Depth: 1.31 in (3.34 cm) Weight: 0.65 lb (0.29 kg) As of the date of manufacture, the unit has been tested and found to comply with specifications for CE marking. NOTE: This unit complies with part 15 of the FCC rules. Operation is subject to the following two condition
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Focus/Zoom Control Interface Crestron CNXFZ NOTE: All network wiring must consist of two twisted-pairs. One twisted pair is the +24V conductor and the GND conductor and the other twisted pair is the Y conductor and the Z conductor. NOTE: When daisy-chaining Cresnet units, strip the ends of the wires carefully to avoid nicking the conductors. Twist together the ends of the wires that share a pin on the network connector, and tin the twisted connection. Apply solder only to the ends of t
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Crestron CNXFZ Focus/Zoom Control Interface Windows program. The NET ID of each CNXFZ has been factory set to 40, but may be changed from the PC via VT Pro or SIMPL Windows. The method for changing the unit’s NET ID is identical regardless of the software chosen. Attach the CNXFZ to the control system (verify that the software is running) and complete the following steps to change the NET ID. 1. Disconnect all network devices from the control system, except for the one CNXFZ that needs
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Focus/Zoom Control Interface Crestron CNXFZ NOTE: There is no need to recreate the sample SIMPL Windows program. A similar copy of this program is available from Crestron’s ControlCD (version 5.2 and later) or the Software Downloads page (Examples Library) of the Crestron website (www.crestron.com). Search for the CNXFZ.ZIP file. This zipped file contains the necessary files to recreate the following programming sample. How the Program Works A basic CNXFZ SIMPL program is shown on the n
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Crestron CNXFZ Focus/Zoom Control Interface Positional Feedback Signals Positional feedback signals are generated by the networked CNXFZ and input to the rest of the program. Two analog positional feedback signals, FOC_POS and ZOOM_POS, represent the current focus/zoom lens setting. The CNXFZ converts positional potentiometer wiper voltages to analog positional feedback signals. In general for example, an analog level of 0% on ZOOM_POS indicates that the lens is at its wide shot (wide and
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Focus/Zoom Control Interface Crestron CNXFZ System View of the CT-3000 in SIMPL Windows’ Configuration Manager Also add the CNXFZ to the system. Drag and drop the CNXFZ from the Network Control Modules folder into Slot #9 on the CNMSX-PRO. Verify that the NET ID is set to 40, shown below. System View of the CNXFZ in SIMPL Windows’ Configuration Manager Programming Manager Use the Programming Manager workspace (Project | Program System) in SIMPL Windows to select symbols and assign
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Crestron CNXFZ Focus/Zoom Control Interface Configuration Manager workspace. Expand the Network Modules folder and double click on the CT-3000 for a detail view (alternatively CTRL+D or drag and drop into Detail View). Assign digital and analog signals to the touchpanel as shown after this paragraph. Detail View of the Digital Signals for the CT-3000 in SIMPL Windows’ Programming Manager Detail View of the Analog Signals for the CT-3000 in SIMPL Windows’ Programming Manager Also
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Focus/Zoom Control Interface Crestron CNXFZ Detail View of the Signals for the CNXFZ in SIMPL Windows’ Programming Manager Two logic symbols are necessary for this SIMPL Windows program. They must be added from Logic Symbols folder (Symbol Library) in the Programming Manager workspace. In this example, drag and drop an InterLock and Analog RAM symbol from the Memory subfolder into the Logic folder in Program View. Expand the Logic folder and double click on the symbol icons for detail v
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Crestron CNXFZ Focus/Zoom Control Interface Detail View of an Analog RAM (S-2) in SIMPL Windows’ Programming Manager Application for an Alternate Method of Control NOTE: There is no need to recreate the sample programs referenced below. A copy of the programs are available from Crestron’s ControlCD (version 5.2 and later) or the Software Downloads page (Examples Library) of the Crestron website (www.crestron.com). Search for the CNXFZ2.ZIP file. This zipped file contains the necessary
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Focus/Zoom Control Interface Crestron CNXFZ Most lens types operate in rate mode. If position feedback is provided then focus/zoom presets can be recalled. Without feedback, lens presets cannot be achieved in rate mode. Some lenses can switch between rate and position mode; the CNXFZ provides the appropriate connections to facilitate this. This type of lens can achieve presets without feedback. Problem Solving Troubleshooting The table below provides corrective action for possible troub
