Kayan aikin sarrafa kansu, isarwa a ko’ina cikin duniya
0
  • 8440-1935
  • 8440-1935-1
  • 8440-1935-2
1 3

8440-1935

8440-1935 Woodward easYgen-3500 Sheet Metal Chassis CPU

A kan haja (11 guda), a shirye don aikawa

  • Manufacturer: Woodward

  • Product No.: 8440-1935

  • Product Type: Operator Interface

  • Product Origin: USA

  • Payment:T/T, Western Union

  • Weight: 1850g

  • Shipping port: Xiamen

  • Warranty: 12 months

Dokar Mayar da Kaya na Kwanaki 30 · Garantin Watanni 12
  • Isarwa Cikin Gaggawa
  • Tallafi na awa 24 a rana, kwana 7 a mako
  • Tabbacin Inganci

Bayani

Product Overview

The 8440-1935 (alternatively designated as the easYgen-3500-1-P1) is an advanced genset controller from Woodward's easYgen-3000 series. Housed in a durable sheet metal chassis designed for cabinet installation, this unit features integrated generator group breaker control. Weighing approximately 4.08 lbs (1,850 g) with front panel dimensions of 282W x 216H x 96D mm, it delivers high-precision power management with 16-bit resolution and an Accuracy Class of 0.5.

Core Technical Advantages

  • High-Precision Measurement: Engineered to Accuracy Class 0.5 with 16-bit resolution and a wide setting range from 1 to 32,000 A.
  • Integrated Breaker Control: Equipped with built-in generator group breaker control for seamless synchronization and switching.
  • Isolated Discrete Inputs: Features robust isolated discrete input channels to protect internal circuitry from field electrical noise.
  • Rugged Sheet Metal Build: Sturdy 1,850 g chassis built to withstand harsh industrial generator control environments.

Technical Specifications

Parameter Specification Details
Manufacturer & Series Woodward Inc. / easYgen-3000 Series
Part Number / Model 8440-1935 (easYgen-3500-1-P1)
Accuracy Class & Resolution Accuracy Class 0.5; 16-Bit Resolution
Current Setting Range 1 to 32,000 A
Discrete Inputs Isolated Discrete Inputs
Chassis & Dimensions Sheet Metal Chassis; 282W x 216H x 96D mm
Net Weight Approx. 1,850 g (4.08 lbs)
Power Factor Circuits Supports Capacitive, Resistive (Unity 1.00), and Inductive Circuits

Industrial Solutions

  • Standby & Prime Power Generators: Manages automatic start/stop, synchronization, and breaker control for diesel and gas generator sets.
  • Multi-Gen Paralleling Systems: Coordinates load sharing and power factor regulation across complex multi-generator installations.
  • Industrial Power Management: Provides reliable monitoring and protection in industrial switchgear and utility backup panels.

Wiring & Installation

Cabinet Mounting & Chassis Grounding

Install the controller inside a protective industrial cabinet using the 282W x 216H x 96D mm cutout profile. Do not connect wires directly to the protective earth terminal on the controller body; route any necessary ground connections exclusively through the designated bottom connector.

Current Transformer Safety Precaution

Always ensure that current transformers (CTs) are properly short-circuited before disconnecting wiring from the controller. Failing to short-circuit CTs during disconnection can result in hazardous high voltages, severe personal injury, or death.

Power Factor Configuration

Configure power factor parameters based on your system load type—capacitive, purely resistive (targeting unity 1.00 where voltage and current waveforms are in step), or inductive.

Engineering Advantages

  • Advanced Power Factor Management: Accurately calculates real-to-apparent power ratios across resistive, inductive, and capacitive circuit profiles.
  • Robust Isolation: Isolated discrete inputs safeguard internal processing components from heavy electrical transients.
  • Flexible Switchgear Integration: Built-in breaker control logic streamlines synchronization architecture in generator control panels.

Technical FAQs

Q1: What is the model designation and accuracy class of the 8440-1935?
A1: It is also known as the easYgen-3500-1-P1 and features an Accuracy Class of 0.5 with 16-bit resolution.

Q2: What safety precaution is critical when disconnecting current transformers?
A2: You must short-circuit the current transformer before disconnection to prevent severe injury or death from high voltage.

Q3: What are the physical dimensions and weight of this controller?
A3: Dimensions are 282W x 216H x 96D mm, with a net weight of approximately 1,850 g (4.08 lbs).

🏷️ Tags: Operator Interface Woodward

Sikeli (V/f)

Vector

mai amfani da wutar AC
  • Tabbatar da ainihin samfurin, lambar ɓangare, da ƙayyadaddun bayanai kafin yin oda.
  • Tabbatar da jituwa da injin ko tsarin kula da kake amfani da su a yanzu.
  • Tuntuɓe mu ta sale@etowonauto.com ko +8617859788089 don taimakon fasaha.
  • Duba zaɓuɓɓukan isarwa, lokacin jagora, da buƙatun jigilar kaya.
  • Bi umarnin masana’anta da mafi kyawun hanyoyin aiki yayin girkawa.

Kayayyakin da ke cikin sito yawanci ana tura su a cikin wannan ranar aikin. Ga kayayyakin da ba sa cikin sito a yanzu, lokacin tura su na iya bambanta bisa ga samuwa. Ana ba da jigilar kaya zuwa ƙasashen waje, kuma ana ƙididdige kuɗin jigila bisa wurin da ake aikawa, nauyi, da kamfanin sufuri da aka zaɓa.

Ana karɓar mayar da kaya cikin kwanaki 30 bayan karɓa, muddin kayan ba a yi amfani da su ba kuma suna cikin yanayin da suka fito daga masana’anta. Kuɗin jigilar mayar da kaya nauyi ne a kan abokin ciniki. Da fatan za a tuntube mu kafin ku mayar da duk wani kaya domin samun izinin mayarwa.

Don ƙarin bayani, don Allah ku duba Manufar Jigila & Mayar da Kaya.

 Duba bayanin samfur

TABBTAR DA INGANTACCEN AIKIN NA'URORI

Canza gidanka da sabbin hanyoyin na’urorin lantarki masu yawa, daga hasken wuta mai hankali zuwa inganta ayyukanka da Bently Nevada 3500 Monitoring System, wanda ke ba da sa ido a ainihin lokaci kan girgiza da yanayin na’urorin injina don hana gazawa da ƙara lokacin aiki, da na’urorin da ake sarrafa su da murya duk an ƙera su ne don sauƙaƙa rayuwa, ƙara tsaro, da ƙarfafa haɗin kai.

Sayi yanzu
Shawarwari na fasaha mataki-mataki da shawarwarin saye don sassan na’urorin sarrafa kansu na masana’antu.

Jagorar Fasaha da Siyarwa

Duba dukkan blog