ABB PFTL301E 3BSE019050R1000 1.0kN Input port

argument

Model: PFTL301E 3BSE019050R1000

Brand: ABB

Series: FTL301

Functions: It is used to convert analog signals to digital signals, and provides isolation and amplification functions

Input range: -10 V to +10 V or 4 mA to 20 mA

Output range: 0 V to 10 V or 4 mA to 20 mA

Accuracy: ±0.1% full scale

Resolution: 16 bits

Update rate: 250 Hz

Power supply range: 24 VDC

Power consumption: < 5 W

Operating temperature: -40°C to +85°C

Protection lev

After sales guarantee

1. Enjoy a one-year warranty

2. Enjoy new discounts
3. For any hesitation, contact us to obtain certification

4. Enjoy fast delivery and transportation, usually taking 3-5 days

5. Payment terms: 100% wire transfer before shipment

The original packaging and large inventory will be shipped as soon as possible by FedEx, SF Express, Debon Express, and JD Express!

The following are our company's main products. For more products, please consult our sales manager

Xiamen Xiongba E-commerce Co., Ltd
Contact person: Li Ming
Email: plc66@qq.com
WhatsApp:+8618046320074 (commonly used)

WhatsApp:+8618059884790

WeChat: 18059884790
Contact phone number:+8618059884790
Address: Unit 2010, No.1733 Lvling Road, Siming District, Xiamen City, Fujian Province, China

Why are many of our products more favorably priced?

(1) Source procurement, reduce the intermediate link price difference

(2) The channel is stable and the supply of goods is more secure

Delivery problem

(1) Stock spot products, after signing the contract payment, you can arrange delivery on the same day

(2) The ordered products shall be delivered according to the quoted delivery time

Company adhering to the "spare parts supply chain to enhance the value of" enterprise philosophy,

Our advantage is: new original, provide one-year warranty after sale! All products of the company have been strictly tested, welcome inquiry, acquisition. As long as you are sincere,

The company will provide you with a price advantage over peers, and win the list together!

ABB's global business is divided into four major business units, each consisting of specific business units focused on different industries and product categories

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5SHY3545L0020，5SHY5045L0020，5SHY35L4520

PM904F，PM861AK01，PM866K01，PM864

PM864AK01，PM865K01，PM511V16，PPD113

PPD512，PFSK151，PFEA112-65，PFEA113-65

PFCL201C 10KN，PFTL101A 1.0KN，PFTL101B 5.0KN

GE is committed to continuous innovation, invention, and recreation, transforming creativity into leading products and services. G is composed of three major business groups: aviation, healthcare, and energy

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IS200WETBH1ABA，IS210BPPBH2BMD，IS215UCVEH2AE

IS220PDOAH1A，IS420ESWBH3A，IS230SNIDH1A

DS200DCFBG1BLC，VMIVME-7750，VMIVME-7700

VMIVME-7658，VMIVME-4140，VMICPCI-7806

VMIVME-7807RC

The Bently 3500 series mechanical protection system, monitor, and Bently Nevada vibration sensor probe are well matched and have a wide measurement range, making it a Bently vibration monitoring product in the United States. It can be used for measuring shaft vibration, shaft displacement, key phase, speed, overspeed protection, eccentricity, thermal expansion, differential expansion, etc. It accepts vibration signals from bently3300 eddy current sensor systems (Bently3300XL sensor probes, extension cables, proximitors) as well as speed acceleration sensors such as 330500, 330400, 9200, etc. Meets the American Petroleum Institute 670 standard. The bently3500 system can monitor the vibration of large rotating machinery such as steam turbines, water turbines, fans, compressors, turbine expanders, electric motors and generators, exciters, gearboxes, water pumps, etc. Widely used in power plants, chemical plants, refineries, steel plants, machinery plants, water pump plants, fan plants, university research units, and complete automation instrument enterprises. The bently3500 framework instrument system mainly includes:

Bently 3500/05 System Framework: Model 14 module slots 3500/05-01-01-00-00-01; 7 slots 3500/05-02-04-00-00-01

Bently 3500/15 power supply (new): Model 3500/15-05-05-00 (front panel 106M1079-01, back panel 106M1081-01)

Bently 3500/20 Framework Interface Module

Bently3500/22M Framework Interface Module with TDI: Models 3500/22-01-01-00 (Front Panel 288055-01, Back Panel 146031-01)

Bently 3500/25 Keyphasor Module: Models 3500/25-01-01-00 (Front Panel 149369-01, Back Panel 125800-01)

Bently 3500/32 4-Channel Relay Module: Models 3500/32-01-00 (Front Panel 149986-02, Back Panel 125720-01)

Bently 3500/33 16 Channel Relay Module: Models 3500/33-01-00 (Front Panel 149986-01, Back Panel 149992-01)

Bently 3500/34 TMR Relay Module

Bently 3500/40M Proximitor displacement monitor: models 3500/40-01-00 (front panel 176449-01, back panel 125680-01)

Bently 3500/42M displacement/velocity acceleration monitoring: Model 3500/42-01-00 (front panel 176449-02, back panel 128229-01)

Bently 3500/44M aerodynamic monitor

Bently 3500/45 Differential Expansion/Axial Position Monitor: Model 3500/45-01-00 (Front Panel 176449-04, Back Panel 135137-01)

Bently 3500/46M Hydroelectric Monitor

Bently 3500/50 Speed Module: Models 3500/50-01-00-01 (Front Panel 288062-02, Back Panel 133442-01)

Bently 3500/53 overspeed detection module

Bently 3500/60 and 3500/61 temperature monitors: models 3500/60-01-00 (front panel 163179-01, back panel 133819-01); 3500/61-01-00 (163179-02133819-02)

Bently 3500/62 Process Variable Monitor: Model 3500/65-01-00 (Front Panel 14598802, Back Panel 17210301)

Bently 3500/64M dynamic pressure monitor

Bently 3500/72M piston rod position monitor

Bently 3500/77M cylinder pressure monitor

Bently 3500/90 Communication Gateway

Bently 3500/92 Communication Gateway: Models 3500/92-01-01-00 (136180-01125736-01) and 3500/92-02-01-00 (136180-01133323-01)

Bently3500/01-01 Configuration Software

Bently 3500/06 protective box

Bently 3500/08 Fault Diagnosis Connection Panel

Bently 3500 Internal Safety Barrier: Model 3500/04 (136719-01138257-01)

Bently 3500/93 independent display device

Bently 3500/93 LCD display device

Bently 3500/94 VGA display device

Bently 3500/95 User Interface Workstation

The EcoStruxure Triconex Security System is an essential component of the EcoStruxure Plant, which is an enabling architecture for Schneider Electric's open IoT that provides operational business insights. With over 30 years of continuous secure operation, the EcoStruxure Triconex security system has achieved over one billion secure operating hours.

The advanced high availability and high integrity system series (Tricon, Tricon CX, Trident, and Tri-GP) have been certified by T Ü V Rheinland as Security Integrity Level 3 (SIL3) and can be used in all security and critical control applications. Verified in highly demanding industries and challenging applications, the EcoStruxure Triconex security system can provide high performance throughout its entire lifecycle.

Model display

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Main processor module：TRICONEX3006、TRICONEX3007、TRICONEX3008、TRICONEX3009

Power Module：TRICONEX8310、TRICONEX8311、TRICONEX8312

TMR Digital input module：TRICONEX3501E、TRICONEX3502E，TRICONEX3503E、TRICONEX3504E，TRICONEX3505E、TRICONEX3564、TRICONEX3506X

TMR Pulse Input Module：TRICONEX3510、TRICONEX3511

TMR Analog Input Module：TRICONEX3700、TRICONEX3700A、TRICONEX3701，TRICONEX3708E、TRICONEX3721、TRICONEX3720，TRICONEX3703E、TRICONEX3704E、TRICONEX3706E
Communication Module：TRICONEX4351B、TRICONEX4119，TRICONEX4509、TRICONEX4609、TRICONEX4429，TRICONEX4329、TRICONEX4352A、TRICONEX4409

TMR Digital Output Module：TRICONEX3624、TRICONEXV3625、TRICONEX3627，TRICONEX3627、TRICONEX3614E、TRICONEX3623,TRICONEX3664、TRICONEX3667、TRICONEX3636R，TRICONEX3607E、V3608E、TRICONEX3611E，TRICONEX3615E、TRICONEX3613E、TRICONEX3617E，TRICONEX3601E/T、TRICONEX3603E、TRICONEX3604E

Woodward is an independent designer, manufacturer and service provider of energy control and optimization solutions for aerospace and industrial markets. For 150 years, Woodward has focused its resources and expertise on delivering proven systems that perform under incredible demands. Our customers have come to rely on us to help them address and solve the challenges associated with global efficiency initiatives – from reducing emissions, to increasing energy efficiency, to helping them introduce alternative energy sources. 

Model display

9907-164、9907-162、9907-149、9905-973

9907-165，9907-167，8440-2145，8406-113 ，8516-038

8446-1019，8237-1600，8200-1300，5501-471

5501-470，5501-467，5466-409，5466-316，5466-258

el: IP67

Dimensions: 115 x 75 x 35 mm

Weight: 0.4kg

specification

Powerful and reliable input interface for a wide range of industrial applications.

Programmable input range and output range to meet a variety of application requirements.

High precision and resolution ensure accurate signal conversion.

High update rate ensures fast response.

Wide power range and low power consumption for a variety of applications.

Rugged design for use in harsh environments.

Size and weight

Length: 115 mm

Width: 75 mm

Height: 35 mm

Weight: 0.4 kg

trait

Powerful function

reliable

precision

fast

nimble

Easy to use

Strong and durable

effect

The ABB PFTL301E 3BSE019050R1000 1.0kN input interface is used to convert analog signals to digital signals in a variety of industrial applications and provides isolation and amplification. It applies to the following areas:

Process control

Discrete manufacturing

Machine vision

Motion control

Building automation

The interface can be used for:

Converts signals from sensors, transmitters, and other analog devices into digital signals so that PLCS or other controllers can process them.

Electrical isolation is provided to prevent ground fault currents from damaging sensitive equipment.

Amplify weak signals to make them easier to measure and process.

Apply

PFTL301E 3BSE019050R1000 1.0kN The input interface is suitable for the following applications:

Temperature control system: Used to convert temperature signals from thermocouples or RTDS into digital signals so that the controller can regulate heating or cooling systems.

Pressure control system: Used to convert the pressure signal from the pressure sensor into a digital signal so that the controller can adjust the valve or pump.

Flow control system: Used to convert the flow signal from the flow meter into a digital signal so that the controller can adjust the valve or pump.

Position control system: Used to convert the position signal from the position sensor into a digital signal so that the controller can control the servo motor or hydraulic cylinder.

Vibration monitoring system: Used to convert vibration signals from vibration sensors into digital signals so that the controller can detect and analyze vibration.