Σημαντική ενημέρωση: Προτείνουμε αλλαγή κωδικού για την ασφάλειά σας (οι κωδικοί χρησιμοποιούν πολύ ασφαλή μέθοδο κρυπτογράφησης)

Στις 22/5 σημειώθηκε μη εξουσιοδοτημένη πρόσβαση στο κατάστημά μας. Μάθετε περισσότερα εδώ.

Αρχική Σελίδα/Ρομποτική/Raspberry Pi/Raspberry Pi Κάμερες/Waveshare Pan-Tilt Camera – 360° Omnidirectional High-Torque

Waveshare Pan-Tilt Camera – 360° Omnidirectional High-Torque, 2 image

Waveshare Pan-Tilt Camera – 360° Omnidirectional High-Torque, 3 image

Waveshare Pan-Tilt Camera – 360° Omnidirectional High-Torque, 4 image

Waveshare Pan-Tilt Camera – 360° Omnidirectional High-Torque, 5 image

Waveshare Pan-Tilt Camera – 360° Omnidirectional High-Torque

Κωδικός:

31-00026519

Part Number: 2-Axis Pan-Tilt Camera Module (EU)

ΚατασκευαστήςWaveshare Part Number2-Axis Pan-Tilt Camera Module (EU)

Κατόπιν παραγγελίας

Διαθέσιμο σε 45-60 ημέρες

€139⁹⁰

Ποσοτικές εκπτώσεις:

Ποσότητα

10+

Τιμή

€125.91

+ −

Κάνε μια ερώτηση

Διαθεσιμότητα Καταστημάτων

Πληρωμή & Μεταφορικά

Περιγραφή
Χαρακτηριστικά
Βίντεο

The pan-tilt camera module features high-torque 2-DOF bus servos, enabling wide-range rotation on both the horizontal PAN axis (±180°, total range of 360°) and the vertical TILT axis (-45° to 90°, total range of 135°), significantly expanding the camera's field of view.

Built on the General Driver for Robots framework, it integrates seamlessly with the Raspberry Pi 4B and 5, providing enhanced hardware flexibility. An open-source web control demo allows users to easily operate the pan-tilt system via Google Chrome, supporting real-time orientation adjustments and image capture.

In addition to standard photo and video functions, the module includes facial and motion detection, offering a smarter and more accurate monitoring experience. Both the pan-tilt's slave computer demos and the Raspberry Pi camera demos are open source, empowering users to pursue secondary development tailored to their specific needs.

Each joint utilizes a high-precision bus servo with a direct-drive system and is equipped with a 360° 12-bit magnetic encoder for angle sensing. These provide real-time feedback on joint angles, load, and other parameters, supporting closed-loop control. Despite their compact size, the servos deliver a maximum torque of 30kg·cm, ensuring smooth integration into a wide range of projects.

Additionally, a Picatinny rail, 1/4-inch screws, and open-source models and drawings are provided, allowing users to customize and expand the system according to their requirements.

Key features

Easy control via cross-platform web application: The pan-tilt module can be easily connected and controlled from mobile phones, tablets, or computers through a user-friendly web application. Control is as simple as clicking buttons on the interface.
Open Source: The web application is fully open-source, supporting secondary development. Users can customize the interface and add new features according to their needs.
160° Ultra wide-angle camera: Equipped with the OV5647 5MP 160° ultra wide-angle camera, it captures a broader field of view to accommodate various visual requirements.
LED fill light: Integrated LED lighting ensures clear image capture even in low-light environments.
Compact size & high torque: Despite its compact design, the module delivers a peak joint torque of 30kg·cm, making it suitable for a wide range of applications.

Technical data

DOF	2
Drive method	TTL Serial bus servo
Servo rotation speed	40rpm
Joint angle sensor	12-bit 360° magnetic encoder
Servo torque	30kg·cm at12V
Joint feedback information	servo status, joint angle, rotation speed, joint load, servo voltage, servo current, servo temperature and servo working mode
Main control	ESP32-D0WD-V3
Wired control mode	USB, UART
Host support	Raspberry Pi 4B, Raspberry Pi 5
LED power	<1.5W
Weight	441g
Demo	Real-time video transmission, zoom, face detection (OpenCV), motion detection (OpenCV), photo taking, video recording, video review, detection condition setting, detection action setting, LED control, pan-tilt control, and serial bus servo setting

General Driver for Robots - Hardware layout

No.	Onboard Resources	Description
1	ESP32-WROOM-32 main controller	Can be developed with the Arduino IDE
2	IPEX1 WiFi connector	For connecting the WIFI antenna to increase the wireless communication distance
3	LIDAR interface	Integrated radar adapter board function
4	IIC peripheral expansion interface	Can be used to connect OLED screens or other IIC sensors
5	Reset button	Press and release to reboot the ESP32
6	Download button	The ESP32 will enter the download mode when the power is turned on by pressing
7	DC-DC 5V voltage regulator circuit	Power supply for host computers such as Raspberry Pi or Jetson nano
8	Type-C connector (LIDAR)	LIDAR data interface
9	Type-C connector (USB)	ESP32 UART communication interface, can upload programs for ESP32
10	XH2.54 power port	Input DC 7~13V, this interface directly powers the serial bus servo and motor
11	INA219	Voltage/current monitoring chip
12	Power ON/OFF	Switches to control external power supply (switch on in the above figure)
13	ST3215 serial bus servo interface	For connecting to ST3215 serial bus servo
14	Motor interface PH2.0 6P	Group B interface for motor with encoder
15	Motor interface PH2.0 6P	Group A interface for motor with encoder
16	Motor interface PH2.0 2P	Group A interface for motor without encoder (it is LED interface for this product)
17	Motor interface PH2.0 2P	Group B interface for motor without encoder
18	AK09918C	3-axis electronic compass
19	QMI8658	6-axis motion sensor
20	TB6612FNG	Motor control chip
21	Serial bus servo control circuit	Can be used to expand multiple ST3215 serial bus servos and obtain servo feedback
22	SD card slot	Can be used to store logs or WIFI configurations
23	40PIN extended header	Easy access to Raspberry Pi or Horizon Sunrise X3 Pi
24	40PIN extended header	Easy to use the pins of the host computer installed on the driver board
25	CP2102	UART to USB for radar data transfer
26	CP2102	UART to USB for ESP32 UART communication
27	Automatic download circuit	Upload demos for the ESP32 without pressing the EN and BOOT buttons