Siemens SITOP PSU8200 6EP1437-3BA10 24 V DC 40 A Stabilized Power Supply

Conspectus

SIEMENS · SITOP PSU8200

6EP1437-3BA10 24 V DC 40 A Stabilized Power Supply

The 6EP1437-3BA10 SITOP PSU8200 is a three-phase regulated power supply with a 400 to 500 V AC input and a 24 V DC, 40 A output for industrial automation loads.

Ad Primum Aspectum

Nota	Siemens
Modellum	6EP1437-3BA10
Typus Producti	Three-phase regulated industrial power supply
Functio principalis	Converts a 400 to 500 V three-phase AC input into a regulated 24 V DC, 40 A output
Applicatio vel series compatibiles	Systemata controlis industrialia quae altam currentem SITOP 24 V DC necessitant

Identificatio exacta.

Compare characterem 6EP1437-3BA10 cum originali ante substitutionem.

Interface Check

Confirm the installed supply, terminals, network, and field wiring.

REZERVARE PROIECT

Preserve the validated configuration and application data before exchange.

Product Overview

The 6EP1437-3BA10 SITOP PSU8200 is a three-phase regulated power supply with a 400 to 500 V AC input and a 24 V DC, 40 A output for industrial automation loads.

Output regulatus 40 A praebet usque ad 960 W ad valorem nominalem 24 V DC. Fasces input accipiunt intervallo tensionis industrialis trifasicae documentato ad 50 vel 60 Hz. Tensio output potest esse modificata ut compensentur cadences tensionis permissoe in conductibus.

Focus ordinandi: compare numerum totum articuli, intervallum input trifasicum, onus 40 A, dispositivum protectivum et regulatio tensionis output.

Key Functions

Supplicatio DC Altocurrentis

Output regulatus 40 A praebet usque ad 960 W ad valorem nominalem 24 V DC.

Latus Intervallum Ingressus Triphasicus

Fasces input accipiunt intervallo tensionis industrialis trifasicae documentato ad 50 vel 60 Hz.

Adjustabilis Exitus

Tensio output potest esse modificata ut compensentur cadences tensionis permissoe in conductibus.

Official Specifications

Voltage input aestimatum	aC trifasica 400 ad 500 V
Intervallo ingressus permissum	aC trifasica 320 ad 575 V
Input frequency	50/60 HZ
Evaluatus Input Correntia	2.6 ad 2.1 A
Maxima Currus Inrumpens	Minus quam 56 A
Tempus tamponis retis electrici	Plus quam 15 ms ad 400 V AC
Rated Output intentione	24 V DC
Intervalum output adiustabile	24 ad 28.8 V DC
Currentis Output Aestimatus	40 A
Potentia Output Notata	960 W
Protectio input recommendata	10 ad 16 A, characteristica C, tria poli coniuncta
Operatio Parallelis	Permissum secundum instructiones operationis SITOP
Gradus Protectionis	IP20
Approximata Pondera Netum	3.4 KG

Fons officialis: Data technica Siemens pro 6EP1437-3BA10 .

Quaestiones Frequenter Rogatae

Quae suppletio intrans requiritur pro 6EP1437-3BA10?

Utere fonte AC trifase protecta intra limites tensionis et frequentiae documentatos.

Quam onus continuam 6EP1437-3BA10 suppetere potest?

Potentia nominalis est 24 V DC ad 40 A, quod respondet 960 W.

Num output 6EP1437-3BA10 regulare potest?

Tensio intra intervallum documentatum regolari potest ut cadere lineae permittatur.

Quod instrumentum protectionis superioris ad 6EP1437-3BA10 aptum est?

Utere tri-polare instrumento protectivo coniuncto, cuius magnitudo secundum instructiones installationis determinatur.

Quid ante substitutionem 6EP1437-3BA10 inspicere debet?

Confirmare oportet input trifasem, magnitudinem conductoris, currentem oneris, regulatio output et ventilationem armarii.

Num 6EP1437-3BA10 cum alio unitate in parallelo operari potest?

Parallel operation is permitted only when the wiring and current-sharing conditions in the operating instructions are followed.

What commissioning measurements are needed for 6EP1437-3BA10?

Measure input voltage, output voltage, load current and protective-earth continuity before energizing the loads.

Compatibility & Ordering Notes

Before ordering 6EP1437-3BA10: compare numerum totum articuli, intervallum input trifasicum, onus 40 A, dispositivum protectivum et regulatio tensionis output.

Index Compatibilitatis

• Size conductors and upstream protection for the documented input and output currents.
• Maintain adequate cabinet ventilation and the required installation clearances.
• Verify the output setting and load behavior before reconnecting the complete control system.

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