Key facts
- Manuals
- 3
- Languages
- ZH
- Last added
- 2026-10-03
Featured NGI manuals
NGI N8361 Series High-Precision Programmable Battery Simulator User Manual
The N8361 series is a high‑performance programmable battery simulator offering up to 200 W per channel, voltage up to 20 V and current up to ±10 A. It supports multiple test modes such as power, charging, battery simulation, internal resistance, SOC, and fault simulation, with fast dynamic response and high accuracy.
This manual covers safety guidelines, product overview, hardware connections, software installation, detailed operation procedures, maintenance, calibration, warranty information, and a full list of technical specifications for the N8361 series. This manual is written in Chinese.
Covers: Foreword · Safety Instructions · Product Introduction · Software Installation and Use · Functions and Operation · Maintenance and Calibration
NGI N8336 Series Multi‑Channel Battery Simulator User Manual
The NGI N8336 series is a high‑precision, 16‑channel battery simulator designed for laboratory and industrial testing. It supports constant‑current and constant‑voltage modes with fine resolution and low temperature coefficients.
The user manual covers safety guidelines, hardware overview, software installation, detailed operation procedures, communication interfaces (LAN, RS485, CAN), technical specifications, and maintenance & calibration instructions, including fuse replacement and return‑to‑factory steps. This manual is written in Chinese.
Covers: Foreword · Safety Instructions · Product Overview · Software Installation and Use · Functions and Operation · Maintenance and Calibration
NGI NGIN6900 DC Electronic Load User Manual
The NGI NGIN6900 series is a family of distributed high‑power DC electronic loads designed for laboratory and industrial testing. The manual introduces the product, outlines safety requirements, and describes the front‑panel, rear‑panel, and connection options.
Key sections cover functional modes (constant current, voltage, resistance, power, dynamic and automatic tests), local operation via the keypad, detailed operation tutorials, maintenance and calibration procedures, and a full list of technical specifications for each model variant. This manual is written in Chinese.
Covers: Preface · Safety Instructions · Product Introduction · Functions and Features · Local Operation · Operation Tutorial
Latest NGI manuals
NGI N8361 Series High-Precision Programmable Battery Simulator User Manual
User Manual 75 pages · 3.8 MB · ZHThe NGI N8361 series high‑precision programmable battery simulator user manual provides safety instructions, installation, operation, maintenance, and…
NGI N8336 Series Multi‑Channel Battery Simulator User Manual
User Manual 67 pages · 6.1 MB · ZHThis manual provides installation, operation, specifications, maintenance and calibration instructions for the NGI N8336 series high‑precision multi‑channel…
NGI NGIN6900 DC Electronic Load User Manual
User Manual 73 pages · 6.7 MB · ZHThis manual provides safety instructions, features, operation procedures, maintenance guidance, and technical specifications for the NGI NGIN6900 series…
Which document do I need?
User Manual
Day-to-day operation, settings and troubleshooting. Start here if the product is already set up.
Questions answered in NGI manuals
What are the operating temperature limits for the N8361 simulator?
The device operates correctly between 0 °C and 40 °C, with storage temperature allowed from –20 °C to 60 °C.
From: NGI N8361 Series High-Precision Programmable Battery Simulator User Manual
How many channels does the N8336 series battery simulator have?
The N8336 series provides 16 independent channels.
From: NGI N8336 Series Multi‑Channel Battery Simulator User Manual
What is the operating temperature range of the device?
It can operate from 0 °C up to 40 °C.
From: NGI N8336 Series Multi‑Channel Battery Simulator User Manual
What safety precautions must be taken before using the NGIN6900?
Ensure the instrument is reliably grounded, install the correct fuse, do not open the chassis, and avoid operating in flammable or explosive environments.
How can the NGIN6900 be operated at low voltage?
Connect an external DC power source in series with the load to raise the voltage, as described in the low‑voltage operation section.