HS-105P Pan & Tilt Head Safety IMPORTANT!: Read the Safety Section starting on page 1-2 before installing or using this equipment, or attempting any adjustment or repair. This safety triangle is used in the manual to indicate important information. Read this information carefully to avoid the risk of personal injury, injury to others, or damage to the equipment.
Critical Data For HS-105P Mass (Weight) 41 lb (18.6 kg) Maximum Load 75 lb (34.0 kg) (centered on tilt cradle) Maximum Pressure Not Applicable Input Voltage ± 28.5 V DC Nominal Input Power ± 1.5 A Nominal Date Of Manufacture...
Valley Cottage, NY 10989 Phone:1-888 4 VINTEN (1-888-484-6836) - Toll free in the U.S.A. +1 845-268-0100 Fax:+1 845-268-0113 Or, if you are based outside of North, South or Central America, contact Vinten Broadcast Limited at: Western Way Bury St. Edmunds...
Warranty service and repair will normally be performed at the Vinten factory in Val- ley Cottage, New York, but may, at the discretion of Vinten, be performed on the cus- tomer site. It is the customer’s responsibility to contact Vinten and obtain authorization prior to returning equipment for warranty service.
Unless it is impossible, you should always de-energize the head before working on any part of the head, the camera/lens, or any associated equipment. Know the location of the HS-105P power On/Off switch so that you can power down the head in an emergency. Customer Responsibility It is the customer’s responsibility to ensure that the workplace is safe.
Operating Footprint And Safe Operating Zone The operating footprint must take into account the overhang of any payload equipment mounted on the HS-105P. In particular, the payload element that pro- trudes the most defines the operating footprint area as the head pans and tilts.
HS-105P Safety & Introduction When the robotic heads move, the speeds involved are fairly slow. However, the equipment is still capable of generating sufficient force to cause injury. There- fore, it is essential that you exercise caution. Any failure of the system could possibly cause one or more axes to move on their own, but the speeds and forces should not be noticeably greater than those encountered during normal use.
HS-105P Safety & Introduction Manual Outline Chapter 1 This chapter discusses important safety issues and provides an overview of the HS-105P, HS-105SA and HS-105PE. Typical applica- tions are described. Chapter 2 Step by step instructions for operating the HS-105P pan/tilt head.
Small profile • High accuracy/speed The HS-105P servo pan/tilt head is ideally suited to support a wide range of por- table camera/lens combinations including a small teleprompter if applicable. Its uses can include: following government proceedings; delivering distance learn- ing between campuses; documenting scientific meetings; and much more.
Lens Drive is attached to ENG lenses to provide the drive motors and follow pots for servo operation. The HS-105P can be controlled by all AutoCam controllers including the ACP/ HCP/LCP touch screen controllers and the MultiController II. HS-105P Specifications Weight 41 lb.
HS-105P Safety & Introduction HS-105SAPan/Tilt Head The SA version of the HS-105 is intended for applications where a custom con- troller will be used instead of an AutoCam controller. The protocol for control- ling the SA version is described in Chapter 3 - Installation.
HS-105P Safety & Introduction HS-105PE Pan/Tilt Head The PE version of the HS-105 is a weather resistant model. It uses weather resis- tant connectors and does not have a power On/Off switch on the head. User Manual...
HS-105P Safety & Introduction Typical Applications The HS-105P pan and tilt head can be controlled by one of the AutoCam touch screen controllers or the MultiController II. Refer to the User Manuals for your specific controllers for more information. Touch Screen Controller Systems Up to eight heads can be controlled by a single AutoCam touch screen controller as shown below.
HS-105P Operation Introduction Apart from the power On/Off switch, the HS-105P has no external switches or controls. Operating procedures for controlling the head remotely are described in the User Manual for the specific controller in your installation. User Manual...
HS-105P Installation Introduction This chapter covers the steps of mounting the heads, mounting and balancing the cameras and configuring the system for operation. For proper performance of the equipment and to prevent personal injury it is critical that these procedures are followed.
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Vinten Inc. for more information. Contact Vinten for other mounting adapters if they are required for your installation. Mounting The Pan & Tilt Head Attach the HS-105P head to its mount using the three screws provided (1/4”-20) and tighten them securely Mounting And Balancing The Payload For proper operation it is very important that the load is properly balanced mechanically with the center of gravity set exactly on the tilt axis.
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HS-105P Installation 11. Remount the payload and repeat step 7 to check the balance. Move the tilt cradle again if necessary until balance is achieved. User Manual...
HS-105P Installation Minimizing Backlash It is a good idea when the lens drive is fitted (and periodically thereafter) to adjust the eccentric mounts for minimum backlash. Advance the eccentric mounts to remove any excess play between the gears. However, do not set the mounts so close that the lens barrel is tight.
HS-105P Installation Zoom The anti-backlash gear on the zoom pot is meshed with the zoom motor gear. To rotate the pot shaft, loosen screw “B” and slide the pot gear out of mesh. Loosen fixing screw “B” sufficiently to allow the zoom pot gear to rotate free of the zoom motor gear, if required.
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Install the rackmount power supplies up to 500 ft. (150 m) from their respective pan/tilt heads and connect AC power cables. Connect the power/data cable from each power supply to its pan/tilt head. Connect the cable from the lens drive assembly to the mating connector on the HS-105P. 3-10 User Manual...
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Use a 3/32” hex key to remove the 7 screws in the HS-105P cover. The diagram below shows the location of the lens calibration pots.
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HS-105P Installation Plug the lens into the connector on the head and power up the head. Use the controller to drive the zoom to maximum wide angle (Zoom Wide) and then adjust the ZW pot so that the lens barrel stops just short of the mechanical end stop.
Diodes across the microswitches allow the head to be backed off from the limit to re-close the switch that was open - see the HS-105P Wiring Diagram on page 8 of Chapter 4. In addition to the limit switches, jumpers in the head are used to set the electrical range of the servos.
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HS-105P Installation Use a 7/64” hex key to loosen the locking screw in the upper cam. Rotate the cam on the shaft until it is just counter-clockwise of the upper switch actuator as shown below. Tighten the locking screw. Position Upper Cam Just CCW...
HS-105P Installation Tilt Limit Switches References to clockwise (CW) and counterclockwise (CCW) directions are the direction the tilt shutter moves as viewed from the circuit board side - i.e. as shown in the picture below. The circuit board must be unbolted from the housing and repositioned to access the tilt limit switches and their respective cams which are shown below.
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HS-105P Installation Use a 7/64” hex key to loosen the locking screw in the upper cam. Rotate the cam on the shaft until it is just to the counter-clockwise side of the upper switch actuator as shown below. Tighten the locking screw.
J3 (positions 2 and 3 only) highlighted - shaded = jumper installed. The other jumpers are described later. RS422 9600 2400 Pan Clip Range = ±180° Tilt Clip Range = ±90° Miscellaneous Functions Range = ±45° Range = ±22.5° HS-105P Jumper Locations 3-18 User Manual...
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HS-105P Installation The normal factory default setting is ±90°. Set the jumpers J3-2 and J3-3 as needed for your installation. Note that J1, J2 and J3 are numbered from right to left on the board as you look at it.
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HS-105P Installation J1 - Pan Clip Limit Clip Limit ± Degrees 3-20 User Manual...
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HS-105P Installation J1 - Pan Clip Limit Clip Limit ± Degrees User Manual 3-21...
Installation Other Jumpers The board in the HS-105P head has a number of other configuration jumpers. These jumpers are set by Vinten at the factory, or during installation, to match the requirements of your application. The jumpers (see page 18 for jumper loca- tions) and their functions are as follows.
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HS-105P Installation J3 - Miscellaneous Functions Function Tilt Range Damping Direction Direction Range ±180° Range ±90° Range ±45° Range ±22.5° Damping normal Damping 2X slower Damping 4X slower Damping 8X slower Pan normal Pan reverse Tilt normal Tilt reverse User Manual...
HS-105P Installation HS-105SA Control Protocol The SA version uses a custom PROM that provides position feedback to the controller. Talking To The HS-105SA The head expects an 11 byte packet with the following format: Byte Description 8 LSBs of 20 bit pan data...
HS-105P Installation Listening To The HS-105SA The feedback from the head to the controller consists of the actual mechanical position of the optical encoders on the pan and tilt axes. The data is formatted in packets with each packet preceded by FF (hex) to indicate the start of a packet.
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All this adds up to a product that does not require much general routine maintenance. Service Philosophy Servicing is supported at three levels by Vinten Inc. after the 12-month warranty period expires: •...
HS-105P Maintenance And Repair Safety Service should only be performed by qualified personnel, who are familiar with the equipment. At some points inside the power supplies 120 (or 240) volts AC is exposed, with a danger of electrical shock. If you must work on a head that is powered up, place a large WARNING sign at the controller to alert other personnel that they should not attempt to use the system.
Maintenance And Repair Routine Maintenance Aside from checking balance and overall operation periodically (once a week for example), the HS-105P pan/tilt head should require no other routine mainte- nance in the area of the motor drive and gear train. Checking Balance...
HS-105P Maintenance And Repair Checking Overall Operation When you check the balance, it is a good idea to check the overall operation of the head. Use the controller to exercise pan, tilt, zoom and focus through their ranges. Make sure that the movement of the head is smooth and consistent.
The HS-105P may be used with various Vinten controllers including the HCP- 8000, LCP-8000P and MultiController II. Depending on the controller used, the HS-105P baud rate is set with jumpers on the circuit board in the head. Circuit Theory The circuit board in the head controls the four motors for pan, tilt, zoom and focus.
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HS-105P Maintenance And Repair User Manual...
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Some typical waveforms can be found later in this manual. Zoom/Focus Servo The HS-105P board contains the motor drivers and servo loop circuitry for the zoom and focus servos (except when native lens control is employed). The inputs to the servos are position-demand voltages and feedback pot signals. The output is the current signal to the lens.
Several carriers have been optimized by Vinten Inc. for popular lens types, and it is important that you have the correct one installed for your lens. Four of the resistors (and a 0 ohm link) are in the focus servo and four (and a 0 ohm link) in the zoom servo.
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HS-105P Maintenance And Repair The head moves to the current pan and tilt positions requested from the control panel (if one is connected and active) and is ready to operate. After the optosensor finds the shutter edge, the motor shaft will turn a maximum of 180°...
HS-105P Maintenance And Repair Motor Drive Fuses To protect against over current conditions, a polymer “fuse” is inserted in series with the positive drive wire to the pan and tilt motors - see the wiring diagram on page 8. In normal operation, with a short term over current, the resistance of the “fuse”...
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HS-105P Maintenance And Repair Note the positions of the cable ties and carefully cut and remove them. Tilt Motor/Tacho/ Encoder Assembly Heat Shrink Covered Fuse (cable tied to motor) Carefully cut the heat shrink tubing from the in-line fuse, taking care not to cut any wires.
HS-105P Maintenance And Repair Waveform Diagrams The waveforms on the following pages may be helpful when troubleshooting the HS-105P. 4-14 User Manual...
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HS-105P Index 4–9 Focus Servo 3–7 Follow Pot Adjustment 4–12 Fuse Failure 1–10 ACP System 4–12 Fuse Replacement 4–9 Analog Servos 4–12 Fuses, Motor Drive 1–10 Applications 1–10 HCP System 3–7 Backlash, Minimizing 4–10 Head Indexing 4–4 Balance, Checking 1–9 HS-105PE 3–4...
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HS-105P Index 4–12 Tilt Fuse Replacement 3–16 Tilt Limit Switches 3–14 Tilt Limits 1–5 Manual Outline 3–2 Tools You Will Need 3–4 Mechanical Installation 1–10 Typical Applications 4–12 Motor Drive Fuses 3–4 Mounting The Pan & Tilt Head 3–4 Mounting The Payload 1–10...
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