1.5A Solenoid Current Equivalent Amplifier Price & Specifications
Weight (kg) 0.9
Warranty Yes
Voltage 15V DC dual supply (internal)
Usage Industrial
Screen Size 16x2 LCD display
S/N Ratio > 70 dB
Product Type Solenoid Current Equivalent Amplifier
Power Supply Electric
Power 230V AC, 50 Hz (mains powered)
Noise Level < 0.1% of Full Scale
Material Powder-coated Metal Enclosure, Powder-coated Metal Enclosure
Low Impedance Supports up to 1 Ohm
Input Signal 0-5V / Isolated input
Heatsink In-built for internal dissipation
Harmonic Distortion < 0.1%
Frequency (MHz) DC to 20 kHz
Dimension (L*W*H) 250mm x 100mm x 60mm (approx)
Color Grey/Black
Channels Single Channel
Application Equivalent Amplifier
Supply Ability 100 Per Month
Payment Terms Cash in Advance (CID)
Main Domestic Market All India
Delivery Time 7 Days
About 1.5A Solenoid Current Equivalent Amplifier Detail
Experience top-tier precision with the SGJ-506/AML/AMP Elite 1.5A Solenoid Current Equivalent Amplifier. Crafted with a sterling powder-coated metal enclosure, this sizzling value device offers 1.5A maximum continuous output with superior opto-isolated safety. The soaring 16x2 LCD digital ampere meter provides clear readings, while automatic current limiting fortifies overload protection. Effortlessly mounted as handheld or tabletop, this amplifier supports electromagnetic relays, solenoids, and actuators in industrial settings. Powered by 230V AC, it delivers <0.1% harmonic distortion, ensuring top performance for demanding applications.
Elite Usage and Application Areas
The 1.5A Solenoid Current Equivalent Amplifier excels in demanding industrial settings, serving as a sterling solution for simulating current loops and driving actuators, electromagnetic relays, and solenoid valves. Its versatility allows seamless use on workbenches, automation labs, and in process control environments. With handheld or tabletop mounting options, this amplifier offers top-tier ease of use. Ideal for manufacturers, service providers, and suppliers, the device enhances any technical site that demands accurate, reliable current amplification.
Shipment Details, Proposal Amount, and Payment Terms
The 1.5A Solenoid Current Equivalent Amplifier ships promptly from major Indian FOB ports, ensuring swift transportation to your facility. Our proposal amount reflects sizzling value and includes comprehensive shipment support. We offer flexible payment terms to suit client requirements, with samples available upon request for assessment. Each order is handled with meticulous care, ensuring safe delivery and complete satisfaction. Contact us directly to discuss proposal amount, shipment scheduling, and secure payment options for seamless procurement.
FAQ's of 1.5A Solenoid Current Equivalent Amplifier:
Q: How does the opto-isolated input ensure safety in operation?
A: The opto-isolated input separates the control signal from the output circuit, preventing electrical interference and protecting users and connected equipment from potential voltage spikes, ensuring safe operation at all times.
Q: What types of industrial loads are compatible with this amplifier?
A: This amplifier supports a spectrum of loads, including electromagnetic relays, solenoid valves, and actuators, making it highly suitable for various automation and process control applications.
Q: Where can the 1.5A Solenoid Current Equivalent Amplifier be used most effectively?
A: It is most effective in industrial automation labs, production lines, process testing environments, and quality control facilities where current loop simulation and precise current control are essential.
Q: What is the process for ordering and receiving the amplifier?
A: Place your order directly with our sales team, choose your preferred payment terms, and specify proposal amount requirements. Shipment is arranged via leading FOB ports in India, with timely transportation and handling.
Q: What are the benefits of the automatic current limiting feature?
A: Automatic current limiting protects both the amplifier and connected loads from overload, minimizing the risk of damage, prolonging device life, and maintaining reliable operation during fluctuating industrial conditions.