Current Voltage Signal Generator Digital Handheld Adjustable 0 10V 0 22mA Output Analog Simulator with 3 Power Supply Modes for Industrial Automation Testing

Current Voltage Signal Generator Digital Handheld Adjustable 0 10V 0 22mA Output Analog Simulator with 3 Power Supply Modes for Industrial Automation Testing

• [VERSATILE POWER OPTIONS] This handheld digital signal generator offers three convenient power supply modes including microUSB external DC 15 30V and builtin lithium battery for flexible usage in various environments. The external power supply features antireverse connection design ensuring safe operation while the portable battery mode allows for cordless convenience during fieldwork.
• [DUAL CHANNEL OUTPUT] Equipped with two analog output channels this device simultaneously generates precise 0 10V voltage signals and 0 22mA current signals with onekey switching between modes. The independent wiring system supports 2 3 and 4wire configurations making it fully compatible with different industrial systems for comprehensive testing applications.
• [ADVANCED SAFETY FEATURES] Designed with robust protection mechanisms this signal generator includes output short circuit protection and power supply reverse connection safeguards. The durable construction and reliable performance ensure safe operation in demanding industrial environments from 10°C to 60°C temperature ranges.
• [HIGH PRECISION CONTROL] Featuring a 4digit LED display with 0.01V resolution this instrument delivers exceptional accuracy for voltage and current regulation. The rotating encoder with 20 pulses enables both coarse and fine tuning modes while three display options voltage percentage and Hz provide comprehensive monitoring capabilities.
• [USERFRIENDLY DESIGN] The compact handheld unit features pluggable terminals for easy installation and . With its lightweight design and included accessories screwdriver and USB cable this versatile tool is for engineers and technicians working in industrial automation process control and equipment calibration scenarios.