Enhance your automation and control projects with this high-precision Timer Relay Module, designed for stable and reliable performance. This versatile module supports two operating modes—monostable (once) mode and cycle mode—easily switchable via a jumper setting, allowing flexible control over timing sequences. Both the relay "on" time and "off" time are fully adjustable, offering a wide range of timing options to suit various applications. Key Features: · High Precision and Stability: Ensures accurate timing with a time error of less than 2%, delivering consistent and dependable operation. · Dual Operating Modes: Easily switch between monostable (once) mode for single delay cycles and cycle mode for repetitive on/off cycles by adjusting the jumper. · Adjustable Timing Range: Supports multiple voltage and timing configurations (DC 5V, 12V, 24V with 0-15min or 0-60min ranges), allowing customization of both delay-on (T1) and delay-off (T2) times via adjustable resistors. · High Load Capacity: Can handle loads up to 10A at 250VAC or 10A at 30VDC, suitable for controlling a wide variety of electrical devices. · Versatile Applications: Ideal for controlling reciprocating strokes, repetitive power cycling, burn-in testing of equipment and products, machine repetitive test circuits, fish tank intermittent pumps, and other timer-operated devices. · Compact and Durable Design: Measuring 70 x 20 mm (2.75 x 0.78 inches), this module is compact for easy integration into projects and systems. Specifications: · Operating Voltage Options: DC 5V, 12V, 24V (with selectable timing ranges of 0-15 minutes or 0-60 minutes) · Max Load Capacity: 10A at 250VAC / 10A at 30VDC · Time Error: Less than 2% · Size: 70 x 20 mm (2.75 x 0.78 inches) · Timing Parameters: T1 (relay turn-on delay), T2 (relay turn-off delay) adjustable via resistors Package Includes: · 1 x Timer Relay Module This Timer Relay Module offers a reliable and flexible timing solution for a wide range of electronic and industrial control applications, combining precision, ease of use, and robust performance in a compact form factor.