New Products

Meet the Testo 750-1 Voltage Tester, your dependable companion for checking electrical systems and equipment. Featuring an all-round LED display and advanced fiber-optic technology, voltage indications can be viewed from any angle and environment. This kit also comes with the Testo 745 Non-Contact Voltage Tester, perfect for conducting quick voltage checks in AC systems.

For expert advice and pricing, get in touch at +44 (0) 800 583 4455 or sales@sjelectronics.co.uk

The Testo 750-2 simplifies voltage & de-energization testing of electrical systems and equipment, owing to its all-round LED display and integrated fiber-optic technology. Like the 750-1, this device is also capable of single-pole voltage testing and quickly evaluating live conductors. This kit also comes with the Testo 745 Non-Contact Voltage Tester, perfect for conducting quick voltage checks in AC systems.

For expert advice and pricing, get in touch at +44 (0) 800 583 4455 or sales@sjelectronics.co.uk 

The Testo 750-3 Voltage Tester is the most advanced model in Testo's 750 family of voltage testers. It boasts single pole voltage testing, an illuminating torch, fiber-optic technology, and an all-around LED display. Notably, it features an LC display for real-time readings. It's now offered with the Testo 745 non-contact voltage tester for fast AC system voltage checks.

For expert advice and pricing, get in touch at +44 (0) 800 583 4455 or sales@sjelectronics.co.uk

Introducing the UNI-T UT3550, the ultimate portable battery testing solution. With automatic real-time detection and a wide resistance range from 0.001mΩ to 30.00Ω, it ensures high accuracy and resolution. Trust the UT3550 for reliable results every time, with an impressive accuracy of 0.05% for voltage and 0.5% for resistance.

The UNI-T UT8805E is an advanced desktop digital multimeter boasting auto-ranging, true RMS, and 199999 counts, displayed on a 4.3-inch TFT LCD screen. With a frequency response of 100 kHz and a multimeter capacity of 200000 counts, it offers precision and versatility for various measurement tasks.

Paired with UNI-T spectrum analysers for EMI testing, Near Field Probes (NFP) assess magnetic field strength around components, coupling channels, and electronic module environments. The kit includes NFP-3G-P1/P2/P3/P4 probes, covering a frequency range from 30 MHz to 3 GHz. This versatile solution enables precise electromagnetic interference analysis, ensuring electronic system performance and compliance.

Enter the future of electrical measurement with the UNI-T UTE9800+ Series, offering precision and portability. With features like a current range from 0.05 mA to 20.00 A, frequency range from 40 Hz to 400 Hz, and voltage range from 0.5 V to 600 V, it delivers unmatched accuracy and efficiency. Ideal for professionals in the field or lab, it offers top-tier performance at a cost-effective price.

Introducing the UNI-T UDP3000S Series, an elite programmable 4-channel linear DC power supply that sets the standard for precision and versatility. With output currents ranging from 0 to 5A, voltages from 0 to 30V, and a total power of 328W, this powerhouse device offers unparalleled control and reliability. Engineered to meet the demands of even the most complex testing environments, the UDP3000S Series ensures precision and efficiency in every application.

Introducing UNI-T's UTD1000C Series, the ultimate solution for your oscilloscope needs! Boasting a user-friendly design coupled with remarkable technical prowess, this 2-channel handheld oscilloscope is a game-changer. With bandwidth ranging from 60 MHz to 200 MHz, a maximum memory depth of 7.5 kpts, and a real-time sample rate of 1 GSa/s, it offers unparalleled performance. 

The UNI-T UTG4000A Series 2-channel waveform generators are versatile tools for various applications. With a 32 Mpts arbitrary waveform length, 200 MHz maximum output frequency, and 500 MSa/s sample rate, they offer precise control and flexibility. Whether in research labs or testing circuits, these generators provide reliable performance and accurate signal generation.