10kg Worm Gear Pan Tilt Head | RS485 Pelco Protocol | Torsion Vibration Resistant & Reverse Self-Locking

Short Description:

Product Features

Load capacity ≤10kg; optional data feedback function.
Power-saving mode supported, reducing power consumption when the pan-tilt is stationary.
Power-off memory function supported, with a repeat accuracy of ±0.1° or ±0.01°.
Acceleration/deceleration software design combined with its structure ensures smooth start and braking of the pan-tilt.
High-strength die-cast aluminum alloy housing and high-strength micro-backlash worm gear transmission design, enabling self-locking in case of power failure.
Continuous 0°~360° horizontal rotation, optional -90°~40° vertical range, with a speed of 100°/s horizontally and 40°/s vertically.

Product Detail

Product Tags

10kg Heavy-Duty Worm Gear Pan-Tilt Head (YJT-EFPTZDU410 Series)

The JSA-EFPTZDU410 Series is a high-performance, heavy-duty pan-tilt head designed for precision industrial and surveillance applications. With a robust load capacity of up to 10kg and a reliable worm gear drive system, it delivers exceptional stability, smooth motion, and secure self-locking even when power is lost.

Key Advantages

Heavy-Load & Self-Locking: Supports up to 10kg top-mounted payloads, with a micro-backlash worm gear design that ensures stable positioning and power-off self-locking, eliminating backlash and torsion vibration.
Precision Motion Control: Offers continuous 0°~360° pan rotation and -90°~40° tilt range, with selectable speed ranges (0.01~100°/S pan, 0.01~40°/S tilt) and high repeat accuracy (±0.1° or ±0.01° for high-precision models).
Flexible Control Options: Available in standard, wireless remote, network control, and high-precision versions, with RS485/RS422 communication interfaces supporting Pelco-D protocol for seamless integration.
Durable & Reliable: Built with a high-strength die-cast aluminum alloy housing, IP66 ingress protection, and device-level lightning protection, it operates reliably in extreme temperatures (-35°C~+65°C) and harsh environments.
Customizable Solutions: Fully customizable for project-specific needs, including adjustable angle/speed ranges, custom wiring, and enhanced software/hardware functions to meet unique application requirements.

Ideal Applications

Professional surveillance systems
Industrial automation and monitoring
Remote sensing and measurement equipment
Military and aerospace camera platforms
Any heavy-load precision positioning scenarios

Specification	Details
Model	YJT-EFFPTZDU410-S
Load Capacity	≤10kg
Loading Method	Top Mount
Transmission Mode	Worm Gear Drive
Pan Range	0°~360° Continuous Rotation
Tilt Range	-90°~40°
Pan Speed	0.01~100°/S
Tilt Speed	0.01~40°/S
Repeat Accuracy	±0.1° relative to 0° origin
Presets	≤200
Patrol Scan	Supported
Scan Mode	Patrol Scan / Auto Scan
Communication Interface	RS485 (RS422 optional)
Communication Protocol	Pelco_D
Baud Rate	9600
Address Code	1
Bottom Wiring	AC24V1, RS4851, RJ451, Ground1; other cables customizable
Top Wiring	AC24V1, DC12V1, RS4851, RJ451, Ground*1; other cables customizable
Data Feedback	Optional real-time or query-based angle data feedback
Power Supply	AC24V ±10% 50/60Hz; ≤70W
Operating Temperature	-35°C~+65°C
Operating Humidity	<90%RH
Lightning Protection	Device-level lightning protection supported
Ingress Protection	IP66 (standard); anti-salt fog treatment optional
Net Weight	≈10kg
Dimensions	214(L)213(W)360(H) mm

Ordering Model Specifications

Order Model	Type	Load Capacity [kg]	Angle Range (Pan)	Angle Range (Tilt)	Speed Range (Pan)	Speed Range (Tilt)	Repeat Accuracy (relative to 0° origin)
YJT-EFPTZDU410-S	Standard Version	≤10	0°~360°	-90°~40°	0.1~100°/S	0.1~40°/S	±0.1°
YJT-EFPTZDU410-R	Wireless Remote Version	≤10	0°~360°	-90°~40°	0.1~100°/S	0.1~40°/S	±0.1°
YJT-EFPTZDU410-S	Network Control Version	≤10	0°~360°	-90°~40°	0.1~100°/S	0.1~40°/S	±0.1°
YJT-EFPTZDU410-H	High Precision Version	≤10	0°~360°	-90°~40°	0.01~100°/S	0.01~40°/S	±0.01°
Project Customized Model	Customized as per requirements, including angle, speed, cable entry/exit, software and hardware functions, etc.