PT4500S-TM-V3 - Teleprompter Ikan - Free user manual and instructions

Type	Teleprompter
Brand	Ikan
Model	PT4500S-TM-V3
Screen Size	15.6 inches
Dimensions (L x W x H)	405 x 330 x 250 mm
Weight	5.5 kg (12 lbs)
Power Input	AC 100-240V, 50/60Hz
Power Output	12V DC, 2A
Maximum Camera Payload	5 kg
Included Accessories	Hood, remote control, AC adapter, HDMI cable
Compatible Cameras	DSLRs, mirrorless, camcorders up to 5 kg
Display Type	LCD, with mirror flip support
Maximum Text Speed	Adjustable via remote, up to 600 WPM
Control Type	Infrared remote control included
Material	Aluminum frame with fabric hood
Maintenance Instructions	Clean with soft, dry cloth; avoid solvents
Safety Precautions	Use only supplied AC adapter; keep dry; do not disassemble
Spare Parts Availability	Screen, hood, remote control available from Ikan
Repairability	Designed for repair by qualified technician
Warranty	1 year limited warranty

Frequently Asked Questions - PT4500S-TM-V3 Ikan

How do I set up the PT4500S-TM-V3 teleprompter?

Attach the teleprompter to your camera tripod using the built-in mounting plate. Connect the monitor to your device via HDMI. Place the hood over the screen. Adjust the beam splitter angle and start the prompter software.

Does the teleprompter work with any camera?

It works with most DSLR, mirrorless, and camcorders that weigh up to 5 kg. Ensure your camera has a standard tripod socket.

How do I adjust the scrolling speed?

Use the included infrared remote control to increase or decrease speed. The speed range is adjustable from very slow to 600 words per minute.

Can I use the teleprompter without a computer?

Yes, the monitor can display text from any HDMI source, including tablets, smartphones, or dedicated prompter apps. A separate device is required.

What power supply is needed?

The teleprompter uses a 12V DC adapter. The included adapter supports 100-240V AC input, so it works worldwide with the appropriate plug.

How do I clean the beam splitter glass?

Use a soft, lint-free microfiber cloth. Gently wipe in a circular motion. Avoid using any liquids or abrasive cleaners.

Is the hood removable?

Yes, the fabric hood is attached with velcro and can be removed for storage or cleaning. Handle carefully to avoid damaging the frame.

What is the maximum supported text size?

The screen supports full HD resolution; text size depends on your software settings. For comfortable reading, use at least 24-point font.

Can I use the teleprompter outdoors?

Yes, but avoid direct sunlight on the screen to prevent glare. Use the hood to improve readability. Keep the unit dry and away from rain.

Where can I find replacement parts?

Contact Ikan support or visit their website. Replacement screen panels, hoods, and remote controls are available.

USER MANUAL PT4500S-TM-V3 Ikan

Professional 19" High-Bright Beam SDI Splitter Teleprompter w/ Talent Monitor

OVERVIEW

Ikan's professional teleprompter series is designed for a quick and easy setup to work efficiently in studio or broadcast applications. The teleprompter includes a 65/35 reflective glass that makes the reflection easier to see for the presenter. The lightweight aluminum teleprompter has multiple 1/4-20" and 3/8-16" threads for mounting to a tripod or pedestal. The monitor includes SDI, HDMI, and VGA video inputs. Its high bright screen ensures clear visibility in any lighting condition. An intuitive image flip button allows for easy adjustment of the display orientation. The monitor also features a wide viewing angle.

What's Included

Isometric line drawing of a rectangular frame with mounting holes (no text or symbols)

Monitor

Isometric line drawing of a metal bracket with cutouts and mounting holes (no text or symbols)

Tall Riser

Technical line drawing of a metal bracket with mounting holes (no text or symbols)

DSLR/Mirrorless Riser

Technical line drawing of a metal plate with slots and mounting feet (no text or symbols)

Short Riser

Technical line drawing of a mechanical component with slots and a curved end (no text or symbols)

Sled

Pure technical line drawing of a rectangular electronic component (no text or symbols)

Base

Technical line drawing of a mechanical component with no visible text or symbols

Glass Frame Holder Bracket w/ Rod Clamps

Simple line drawing of a square frame with vertical and horizontal bars (no text or symbols)

Glass

Simple line drawing of a rectangular frame with rounded corners and corner dots (no text or symbols)

Hood Attachment Frame

Simple line drawing of a rectangular electronic component with mounting holes (no text or symbols)

Glass Holder Hood

Pure technical line drawing of a mechanical component or bracket (no text or symbols)

Technical line drawing of two mechanical components with mounting holes (no text or symbols)

Glass Frame Screws 15mm Rod Clamps 15mm Rods Large Riser

Bracket

What's Included

Technical line drawing of a mechanical component with multiple holes (no text or symbols)

Height Adjustment Plate

Isometric line drawing of a rectangular panel with mounting holes and dot patterns (no text or symbols)

Talent Monitor

Technical line drawing of a mechanical component with mounting holes and a cylindrical shaft (no text or symbols)

Rod Adapter

Technical line drawing of a mechanical flange component (no text or symbols)

VESA Adapter

Thumb Screws

Screws

Teleprompter Assembly Setup

Step 1

Place the Hood Attachment Frame over the Glass Holder. Then place the glass against the Glass Holder. Make sure the screws pass through the holes on the both the Hood Attachment Frame and the Glass Holder.

Diagram of a mechanical component with red arrows indicating force or movement, no text or symbols present

Step 3

Remove the monitor mounts from the teleprompter base using the included larger 4mm hex key to loosen from the 15mm rods.

Step 2

Secure the Glass Holder by fastening the knurled nuts to the screws as pictured below.

Technical line drawing of a rectangular frame with vertical red arrows indicating force or movement (no text or symbols)

Step 4

Put the washers on before tightening the screws. The washers and 4 additional screws are inside a bag on the bottom foam.

Technical illustration of a mechanical assembly with red arrows indicating motion, showing internal components and mounting base (no text or symbols)

Step 5

After the monitor mounts are attached, adjust the 15mm rods to accommodate the monitor. Leave about 1 inch of room for the teleprompter bracket. Make sure the 15mm rods go through both set of monitor mounts. Please ensure that all screws are properly tightened after inserting the monitor. *SAFETY NOTE* Make sure to leave at least 2 inches of the rods inside the teleprompter base.

Step 6

While sliding the teleprompter bracket into the slot of the Glass Frame Holder Bracket, pull on the red knob to allow the bracket to fully slide in.

Technical line drawing of a mechanical assembly with a rectangular component and a base plate, showing red arrows indicating assembly or connection points (no text or symbols present)

Step 7

Once the bracket is in place, tighten the side screw to lock in place. Double check and make sure all the screws are tightened with the included hex keys.

Technical diagram of a mechanical assembly with a red arrow indicating a specific component (no text or symbols present)

Step 8

Fold the flaps of the Hood alongside the edges of the Hood Attachment Frame. The Hood Attachment Frame includes six threaded clinch studs. Make sure to put the holes on the hood through the threaded clinch studs. The flaps of the Hood are magnetic so they will automatically attach and give extra support.

Technical line drawing of a mechanical assembly with red arrows indicating motion or force directions (no text or symbols present)

Step 9

To prevent light from leaking through the hood, seal both zippers down.

Diagram of a mechanical device with red arrows indicating assembly or force direction (no text or symbols present)

Step 10

Locate the threaded clinch studs on the Hood Attachment Frame and fasten the included nuts to the clinch studs.

Step 11

Fasten all six of the nuts to the threads on the hood frame to secure the hood to the teleprompter.

Technical line drawing of a mechanical assembly with no visible text or symbols

Step 12

If you need to use the Tall Riser Plate, you will need to use the Large Riser Bracket. Insert the Large Riser Bracket through the channel on the Tall Riser Plate The Large Riser Bracket includes a location pin for use with cameras that feature a location pin hole. If your camera does not feature a location pin, you can remove the location pin by unscrewing it.

Technical line drawing of a mechanical component with a red arrow indicating direction (no text or symbols present)

Step 13

Once the Large Riser Bracket is inserted into the channel. Hold it in place and move on to Step 14.

Technical line drawing of a mechanical component with a handle and mounting bracket (no text or symbols)

Step 14

Place the riser below your camera and fasten the 1/4-20 camera screw to the bottom of your camera to secure it to the riser plate.

Slide the threaded studs into the channel of the base. Make sure they are aligned to the spacing of the holes on the riser plate.

Mechanical assembly diagram showing a linear component with red directional arrows indicating motion or force (no text or symbols present)

Step 16

Once the threaded studs are aligned to the holes of the riser plate, put the threaded studs through the holes of the riser plate.

Technical line drawing of a mechanical assembly with red arrows indicating assembly steps (no text or symbols present)

Step 17

Fasten the screws to the threaded studs to secure the riser plate to the base.

Step 18

Mount your own tripod plate to the sled by aligning the 1/4-20 and/or 3/8-16 screws and fastening them to the Sled. It is recommended that you connect your tripod plate to front of the Sled so that you can balance your teleprompter easier. Once your tripod plate is connected to the Sled, mount the tripod plate to your tripod head.

Technical line drawing of a mechanical component with dotted lines and red arrows indicating assembly or force (no text or symbols)

Technical line drawing of a mechanical component with dotted internal lines and mounting brackets (no text or symbols)

Step 19

Slide the entire teleprompter system into the Sled. Once the teleprompter system is inserted, you can balance it by sliding it along the Sled until the center of gravity is determined.

Step 20

Once the center of gravity has been determined, tighten the thumb screws to keep the base from sliding.

Diagram of a vehicle chassis with a red arrow pointing to a component, no text or symbols present

Technical diagram of a vehicle chassis frame with red directional arrows indicating movement or force (no text or labels)

Step 21

To secure your teleprompter system, insert the included headless screws into the threads behind and in front of the Base.

Technical line drawing of a mechanical assembly with springs and shafts (no text or symbols)

Step 22

The headless screws should be inserted to the threads as pictured below.

Technical line drawing of a mechanical assembly with no visible text or symbols

Step 12

Align the holes of the monitor to the VESA Adapter.

Technical diagram showing light ray paths through a mechanical component with no visible text or symbols

Step 13

Attach the VESA adapter to the monitor by fastening the screws to the monitor

Technical line drawing of a mechanical bracket assembly with mounting holes and mounting holes (no text or symbols)

Step 12

Place the Height Adjustment Plate in the Rod Adapter and align the holes.

Step 13

Fasten the screws to attach the Height Adjustment Plate and the Rod Adapter.

Technical line drawing of a mechanical clamp or lever assembly (no text or symbols)

Step 12

Align the threads of the 1/4-20 thumb screw to the threads on the VESA Adapter.

Technical diagram of a mechanical assembly with red directional arrows indicating motion or force vectors (no text or symbols present)

Step 13

Fasten the screws to secure the Talent Monitor to the Rod Adapter.

Technical line drawing of a mechanical assembly with no visible text or symbols

Step 12

Attach the Talent Monitor Mount to the Teleprompter system by inserting the Rod Adapter to the 15mm.

Technical diagram of a mechanical assembly with red arrows indicating force directions (no text or symbols present)

Step 13

Once the Talent Monitor Mount has been inserted to the 15mm rods, secure the Talent Monitor by fastening the thumb screws.

Mechanical assembly diagram showing two red curved arrows indicating rotational or mechanical motion (no text or symbols present)

Monitor Ports

Line drawing of a computer monitor rear panel with ports labeled HDMI and HDMI (no text or symbols beyond labels)

BNC - 3G-SDI Input

VGA – Video Graphics Array DE15 Connection

HDMI – High-Definition Multimedia Interface Input Connection

Power Port - 12-24v Input

HDMI – Switch HDMI input

VGA – Switch to VGA input

SDI – Switch to 3G-SDI input

Flip - Toggle image flip

(Can be set to horizontal, vertical, or both via menu)

Up Arrow – Toggle up to adjust setting

Menu – Access to monitor settings

Down Arrow – Toggle down to adjust setting

Monitor Menu Settings

Video Config

Contrast (White Level)

Brightness (Black Level)

Tint (Chroma Hue)

Chroma (Chroma Saturation)

Sharpness (Detail)

RGB Setup – Manually configure RGB

Return

System Config

Menu Duration – Set duration of how long menu stays on screen

Video Ratio - Set screen aspect ratio 16:9 or 4:3 (4:3 is

native resolution, 16:9 will create black bars)

Flip-H – Assign toggle button to flip image horizontally

Flip-V – Assign toggle button to flip image vertically

Reset - Factory reset

Return

PC Setup (Only available for VGA)

H-Position - Adjust horizontal position

V-Position - Adjust vertical position

Auto - Monitor automatically adjust position

Return

Exit

How to set-up FLIP button feature:

1. Press MENU button
2. Navigate to SYSTEM CONFIG.
3. Navigate to FLIP-V or FLIP-H
4. Change FLIP-V and/or FLIP-H to "ON"
5. Exit MENU
6. The FLIP button should now be activated and can be pressed to mirror the image Horizontally or Vertically
7. When FLIP-H is ON, the image will flip Horizontally
8. When FLIP-V is ON, the image will flip Vertically
9. If both are ON, the FLIP button will toggle both Horizontal and Vertical flip

Watch our VIDEO TUTORIAL on how to assemble PT4500-V3 Teleprompters:

https://ikancorp.com/pt4900-v2-tutorial-videos/

Optional Accessories

PT4U-G

Replacement Glass for PT4500S-V3

M15W

15" Talent Monitor Add On Kit for PT4500S-V3

PT-PEDAL

Teleprompter Foot Control Pedal

PT-CONTROLLER

Teleprompter Rotary Controller

PT-CASE-4U

Rolling Hard Case for PT4500S-V3 Teleprompter

Specifications Continued

15 in. Talent Monitor

Aspect Ratio 16:9
Maximum Brightness 1	1000 cd/m2
Screen Size (Diagonal)	19 in.
Mount VESA 100mm
Video Inputs	3G-SDI, HDMI, VGA
Input Voltage DC 12v
Power Consumption 26.5W
Product Weight 3.73 lbs.
Product Dimensions 15.7 in. x 10.6 in. x 1.1 in.
Native Resolution 1920	x 1080
Viewing Angle 178° (H)	/ 178° (V)
Build Material	Aluminum Chassis
Image Flip	Horizontal: Yes | Vertical: Yes
Tally Interface	RJ45

Optional Accessories

PT4U-G

Replacement Glass for PT4500-V3

M15W

15" Talent Monitor Add On Kit for PT4500-V3

PT-PEDAL

Teleprompter Foot Control Pedal

PT-CONTROLLER

Teleprompter Rotary Controller

PT-CASE-4U

Rolling Hard Case for PT4500-V3 Teleprompter

Foam Case

To make your teleprompter more portable, we packed it in a reusable, high-quality foam. The shape and size of the foam was designed to fit into Ikan's PT-CASE-4U

Stacked cardboard and black plastic case units, no visible text or symbols

**DO NOT THROW AWAY FOAM CASE**

Learn More

More dynamic information at official website: www.ikancorp.com

Support

Contact email: [e-mail]

CONDITIONS OF WARRANTY SERVICE

• Free service for one year from the day of purchase if the problem is caused by manufacturing errors.
• The components and maintenance service fee will be charged if the warranty period is expired.

Free Service will not be Provided in the Following Situations:(*Even if the product is still within the warranty period.)

• Damage caused by abuse or misuse, dismantling, or changes to the product not made by the company.
• Damage caused by natural disaster, abnormal voltage, and environmental factors, etc.

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