PIXEL TW-DC0

Pixel LCD Wireless Shutter Release Remote Control TW283-DC0 for Nikon Cameras

Model: TW-DC0 | Brand: PIXEL

1. Ifihan

This manual provides comprehensive instructions for the setup and operation of your Pixel TW283-DC0 Wireless Shutter Release Remote Control. This device is designed to offer versatile control over your Nikon camera's shutter functions, including single shot, continuous shooting, bulb mode, delay shooting, and advanced timer schedule shooting. It operates wirelessly, providing flexibility for various photographic scenarios.

Pixel TW283-DC0 Wireless Shutter Release Remote Control showing the transmitter, receiver, and connecting cable.

Figure 1: Pixel TW283-DC0 Wireless Shutter Release Remote Control components.

2. Package Awọn akoonu

  • TW-283 Transmitter x 1
  • TW-283 Receiver x 1
  • Shutter Connecting Cable DC0 x 1
  • Ilana olumulo x 1

3. Ọja Ipariview

The Pixel TW283-DC0 system consists of a transmitter (remote control) and a receiver unit, connected to your camera. Both units feature an LCD screen for settings and status display.

Detailed diagram of the Pixel TW283 transmitter and receiver with numbered components.

Figure 2: Transmitter (left) and Receiver (right) components.

Transmitter (TX) Components:

  1. LED Light Atọka
  2. Power Switch, Backlit Button
  3. Number Add Button
  4. Shift Left Button
  5. Set/Confirm Button
  6. Iboju LCD
  7. Timer Schedule Start/Stop Button
  8. Number Reduce Button
  9. Shift Right Button
  10. Focus Button/Shutter Button

Receiver (RX) Components:

  1. LED Light Atọka
  2. Power Switch, Backlit Button
  3. Iboju LCD
  4. Backlit/Channel Add Button

4. Eto

4.1 Fifi sori batiri

The transmitter requires two AAA batteries, and the receiver requires two AAA batteries. Batteries are not included in the package. Open the battery compartments on the back of both units and insert the batteries according to the polarity indicators.

4.2 Connecting to Camera

Attach the receiver unit to your camera's hot shoe. Connect one end of the provided DC0 shutter connecting cable to the receiver's input port and the other end to your camera's remote control terminal.

Pixel TW283 receiver mounted on a camera's hot shoe, with the cable connected.

Àwòrán 3: Olùgbà tí a so mọ́ kámẹ́rà.

Diagram showing how to connect the 3.5mm jack cable to the receiver and the camera.

Figure 4: Shutter connecting cable diagram.

4.3 Eto ikanni

To ensure proper communication, the transmitter and receiver must be set to the same channel. The Pixel TW283 offers 30 channels to avoid interference.

  1. Turn on both the transmitter and receiver by long-pressing their respective power buttons.
  2. On the transmitter, use the left and right arrow buttons to navigate to the 'CH' (Channel) mode. Press the 'SET' button to enter parameter adjustment.
  3. On the receiver, simultaneously press the 'CH-' and 'CH+' buttons to enter parameter adjustment.
  4. Adjust the channel number on both units using the up/down buttons on the transmitter and 'CH-'/'CH+' buttons on the receiver until they match. Press 'SET' on the transmitter and both 'CH-'/'CH+' again on the receiver to confirm.
  5. To activate the screen backlight, gently press the light button on the transmitter or long-press the light button on the receiver.

Video 1: Demonstration of setting channels and various shooting modes on the Pixel TW283 wireless remote control.

5. Awọn ọna ṣiṣe

The Pixel TW283-DC0 offers multiple shooting modes to suit different photographic needs. Ensure your camera's shooting mode is set appropriately for the desired remote control function.

Diagram illustrating four shutter release modes: Single shot, Continuous, Bulb, and Delay.

Figure 5: Four Shutter Release Modes.

5.1 Single Shooting

For taking a single photograph.

  • Set the transmitter to single shot mode.
  • Set your camera to single shot mode.
  • Half-press the shutter button on the transmitter to focus, then full-press to release the shutter.

5.2 Tesiwaju ibon

For taking multiple photographs in quick succession.

  • Set the transmitter to continuous mode.
  • Set your camera to continuous shooting mode (e.g., high-speed continuous).
  • Half-press the shutter button on the transmitter to focus, then press and hold to start continuous shooting. Release to stop.

5.3 Bulb (Long Exposure) Shooting

For exposures longer than typically available in standard camera settings.

  • Set the transmitter to bulb mode.
  • Set your camera to bulb mode.
  • Press the shutter button on the transmitter once to open the shutter. Press it again to close the shutter.

5.4 Delay Shooting

Allows for a set delay before the shutter is released, useful for self-portraits or reducing camera shake.

  • Set the transmitter to delay mode.
  • Adjust the delay time from 1 to 59 seconds.
  • Adjust the number of shots from 1 to 99.
  • Press the start button to initiate the countdown and shooting sequence.

5.5 Timer Schedule Shooting (Intervalometer)

This advanced mode allows for complex timed shooting sequences, ideal for time-lapse photography.

Diagram illustrating six timer functions: Timer delay, Timer exposure, Timer interval, Number of shots, Time of repeat program timer, and Number of loops repeat program.

Figure 6: Six Timer Functions.

O le ṣeto awọn paramita wọnyi:

  • ÌDÚRÙN: Delay before the first shutter release (0s to 99h 59m 59s).
  • Gigun: Exposure time for each shot (0s to 99h 59m 59s). This is used in conjunction with Bulb mode on the camera.
  • INTVL (Interval): Time between each shot (0s to 99h 59m 59s).
  • N1 (Number of Shots): The number of photos to take in each sequence (1 to 999).
  • Tun: The delay before the entire sequence repeats (0s to 99h 59m 59s).
  • N2 (Number of Loops): The number of times the entire sequence will repeat (1 to 99, or '--' for unlimited).

To set these parameters, enter the timer mode on the transmitter and use the navigation buttons to adjust values. Press the 'SET' button to confirm each parameter. Once all parameters are set, press the 'Start/Stop' button to begin the timer schedule shooting.

Example of intervalometer use for time-lapse photography, showing a flower blooming.

Figure 7: Intervalometer in use for time-lapse photography.

6. Awọn pato

  • Awọn iwọn ọja: 5.71 x 1.57 x 0.71 inches
  • Ìwọ̀n Nkan: 0.004 iwon
  • Nọmba Awoṣe Nkan: TW-DC0
  • Awọn batiri: 4 AAA batteries required (2 for transmitter, 2 for receiver)
  • Iwọn Alailowaya: Titi de awọn mita 80 (262 ẹsẹ)
  • Awọn ikanni: 30
  • Ẹya Pataki: Apẹrẹ ergonomic
  • Àwọ̀: Dudu
  • Nọmba ti o pọju ti Awọn ẹrọ Atilẹyin: 1 (per remote system)
  • Awọn ẹrọ ibaramu: Camera (Nikon Z8, Z9, D1, D2, D3, D3s, D4, D4s, D5, D6, D800, D850, D800E, D810, D810A, D700, D500, D300s, D300, D200, F6, F100, F5, F90X, F90, N90s, D1X, D2H, D3X; Fujifilm S5 Pro, S3 Pro; DCS-14N, MC-30, MC-36A)

7. Laasigbotitusita

  • Ko si Agbara: Ensure fresh AAA batteries are correctly installed in both the transmitter and receiver.
  • No Connection/Shutter Release:
    • Verify that the transmitter and receiver are set to the same channel.
    • Check that the shutter connecting cable is securely plugged into both the receiver and the camera.
    • Ensure the camera's remote control settings are correctly configured.
    • Confirm the camera is powered on and in a compatible shooting mode.
  • Ìjánu: If experiencing unreliable connection, try changing to a different channel on both the transmitter and receiver.
  • Ibi to lopin: Ensure there are no significant obstructions between the transmitter and receiver. The maximum wireless range is approximately 80 meters (262 feet).

8. Atilẹyin ọja ati Support

Fún àlàyé nípa àtìlẹ́yìn tàbí ìrànlọ́wọ́ ìmọ̀ ẹ̀rọ, jọ̀wọ́ wo àwọn ìwé tí ó wà nínú ohun tí o rà tàbí kí o kàn sí olùpèsè náà tààrà. Pa ẹ̀rí ìrajà rẹ mọ́ fún èyíkéyìí ẹ̀tọ́ àtìlẹ́yìn.

Awọn iwe aṣẹ ti o jọmọ - TW-DC0

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