Design for Longevity...M5 to 50A, Further M6 Screw Fixing, M6 Approx. Weight 316g 450g 1.7kg 3.2kg...

POWER MANAGEMENTDesign for Longevity

SINGLE PHASE POWER SUPPLIES3-PHASE POWER SUPPLIES

CIRCUIT MONITORING

POWER SUPPLY UICK REFERENCE

REDUNDANCY & BUFFERING

FILTERS

murrinc.com

DID YOU KNOW?

MURRELEKTRONIK HAS

• A comprehensive product range including switch mode power supplies, transformers, buffer modules, redundancy modules, load circuit monitoring and much more

• Flexible solutions - products are available in a range of physical sizes, voltages, currents & efficiencies

• Power management solutions for global applications - multiple approving agencies

• Durable units that ensure system availability

Murrelektronik views power management as the starting point for machine efficiency. Power conditioning, properly sized power supplies, current monitoring, redundancy and energy savings are all considered when we assemble a power management solution for our partners.

The combined technologies offered by Murrelektronik help you to achieve a power management solution tailored to your application, your budget and your peace of mind.

Evolution

MB DiodeMICO

MB Cap

Evolution

Filter

Our focus is to provide consistent, constant output voltages for your system - independent of how much input voltage fluctuates. We provide you with the most reliable solutions for a large variety of applications, in almost any industry. Our wide range of power supply units are designed with cutting edge technology to make sure you have the best product for your needs.

Visit our online catalog! Scan the R code on any product page to be taken to our online catalog where you can learn more about our Power Management families.

| THE CORE OF YOUR CONTROL CABINET

The power supply

keeps your control

system running -

Murrelektronik’s

power supply units

are designed for

longevity.

| POWER MANAGEMENT SOLUTIONS


CIRCUIT MONITORING



FILTERS

Filter – Power – Redundancy – Current Monitoring - Buffer : all available from Murrelektronik

Corrupted signals, especially in industrial

surroundings, can lead to faults in operations,

the disruption of a production line, or the

shutdown of machinery.

Reduce transient voltages

Recommended for all “BUS” installations

Install in multiple locations

Single and 3-phase versions

DIN rail mountable (some models)

| FILTERSFilterSingle Phase, One Stage

FilterThree Phase, One Stage

Ordering Data Art. No. Art. No. Art. No. Art. No. Art. No.

10415 10416 10512 10534 10538

Technical Data

Nominal Current 10A 20A 10A 36A 110A

Supply Voltage max. 250V AC, 300V DC max. 3 x 440V AC max. 3 x 600V AC 3 x 600V AC

Supply Frequency 0 - 60Hz 50 - 60Hz

Max. Leakage Current ≤ 5mA ≤ 3mA ≤ 10mA ≤ 15mA

Test Voltage L to N = 2.7kV DC, 2s; L -L = 2.1kV DC, 2s L to N = 3.3kV DC, 2s; L -L = 3.1kV DC, 2s

Overload Current 18 x IN t ≤ 0.5ms; 1.5 x IN t ≤ 1min (1 x per hour)

General Data

Wiring Method Screw Connection, Touch Protected

Wire Cross Section 0.2 - 6mm2 single core (AWG 24 - 9); 0.2 - 4mm2 multiple core (AWG 24 - 11)

0.5 - 16mm2 single core (AWG 20 - 5); 0.5 - 10mm2 multiple core (AWG 20 - 7)

16 - 50mm2 single or multiple core (AWG 5 - 0)

Climatical Category 25/85/21 (EN 600068-1)

Mounting Method DIN Rail Mounting TH 35 (EN 60715) Screw FixingM5 to 50A, Further M6 Screw Fixing, M6

Approx. Weight 316g 450g 1.7kg 3.2kg

Dimensions (H x W x D) 107 x 65 x 39mm 250 x 90 x 100mm 270 x 90 x 150mm

Additional models available in our online catalog: murrinc.com


CIRCUIT MONITORING



FILTERS

*Some models

| POWER SUPPLY UICK REFERENCE

Phas

e

Feat

ures

Scre

w Te

rmin

al

Spri

ng C

lam

p Te

rmin

al

Plug

gabl

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rmin

al

DIN

Rai

l Mou

ntin

g

Two

Mou

ntin

g O

ptio

ns

Full

Pow

er u

p to

40°

C

Full

Pow

er u

p to

55°

C

Pow

er B

oost

Der

atin

g up

to 5

5°C

Der

atin

g up

to 7

0°C

Auto

mat

ic W

ide

Volt

age

Inpu

t90

-265

V

Auto

mat

ic W

ide

Volt

age

Inpu

t36

0 - 5

20V

Para

llel C

onne

ctio

n

Seri

es C

onne

ctio

n

AC &

DC

Inpu

t

PFC

UL

GL

Sing

le Eco Rail x x x* x x x x x* x x

PICCO x x x x x x x x x x

Emparro x x x x x x x x x x

Thre

e

MPL x x x x

Evolution (2/3-phase) x x x x x x x x x x x x x

Evolution67 x x x x

Type

Single Phase 3-phase

Output

12V 24V 48V 24V

0.85-1A 2.5A 4.5-

5A 6A 10A 0.6A 1.3A 2.5A 3.8A 2 x 3.8A 4.2A 5A 8A 10A 20A 2.5A 5A 10A 5A 10A 15A 20A 25A 40A

Article Number

Eco Rail 85301 85302 85303 85305

PICCO 87012 87014 87016 87018 87011 87013 87015 87017

Emparro 85434 85440 85441 85442 85437 85438 85439

MPL 85953 85954 85955 85956

Evolution (2/3-phase) 85000 85001 85002 85004

Evolution67 85670 85672 85671

Power Supply A

Power Supply B

+

+

+_

_

_

Load

Power Supply A

Power Supply B

AC

DC

AC

DC

+

+

+_

_

_

Load

AC

DC

AC

DC

~

~

Power Supply A

Power Supply B

+

+

+_

_

_

Load

Power Supply A

Power Supply B

AC

DC

AC

DC

+

+

+_

_

_

Load

AC

DC

AC

DC

~

~

Series Connection to Double the Output Voltage

Parallel Connection to Double the Output Power

| FOR REFERENCE

| CONTINUAL SHORT CIRCUIT & OVERLOAD PROTECTION

Switch mode power supplies have different power-down characteristics that make sure the unit’s electronics are protected when overloads or short circuits occur. Murrelektronik’s switch mode power supply modules use one or more the following technologies to protect the circuit:

Hiccup Mode/Auto Restart Power Limiter Current Limiter

EcoRail PICCO Evolution

• Powers down in case of error

• Restarts automatically when error is fixed

• Starts large loads reliably

• Limited function in case of error

• Starts large loads reliably

• Limited function in case of error

• Power Boost function

U (V) 100%

I (A)

U (V) 100%

I (A)

U (V)

Time

U (V) 100%

I (A)

U (V) 100%

I (A)

U (V) 100%

I (A)

U (V)

Time

U (V) 100%

I (A)

U (V) 100%

I (A)

U (V) 100%

I (A)

U (V)

Time

U (V) 100%

I (A)

The Power Limiter and Current Limiter functions are excellent for starting capacitive loads. Units with these features do not simply switch off, but they reduce the voltage or provide a higher inrush current with the Power Boost function.

Before changing over into this protected mode, many of Murrelektronik’s power supplies provide an over current four times larger than the nominal current for a few milliseconds. This is another great advantage.

0s 1s 2s 3s 4s t

A

+50%

Nominal Current

Power Boost Function

| POWER BOOST


CIRCUIT MONITORING



The Power Boost function provides up to 50% more power for up to 4 seconds. This allows you to start higher loads and capacities without having to have a second power supply unit. Available with Emparro or Evolution.

Can’t find the Power Supply you need?

Visit our online catalog at murrinc.com for more options.

Flexible and Versatile

DIN Rail or Optional Keyhole Mounting

Small Space Requirement Due to Slim Design

Output Voltage Adjustable from 23 - 28V

Easily Adjustable Wide Voltage Input

Pluggable Screw Terminals (IP20)

Cage Clamp Terminals Optional

Full Power with Ambient Temperatures up to 40°C (105°F)

UL Approved

Metal Housing

| ECO RAIL - SINGLE PHASE 30W - 480W

Single PhasePrimary Switch Mode

Eco RailCurrent 1.3A/30W

Eco RailCurrent 2.5A/60W

Eco RailCurrent 5A/120W



Ordering Data Art. No. Art. No. Art. No. Art. No. Art. No.

24V DC 85301 85302 85303 85305 85307

Input

Nominal Voltage 95 -264V AC 95-132V AC; 173-264V AC 90-132V AC; 173-264V AC

Input Current 0.7A (115V AC); 0.4A (230V AC)

1.1A (115V AC); 0.6A (230V AC)

2.3A (115V AC); 1.2A (230V AC)

4A (115V AC); 2.4A (230V AC)

9A (100V AC); 4.5A (200V AC)

Primary Fusing max. 20A

Output

Output Voltage 24V DC (SELV) ± 1%, 23-28V DC adjustable 24V DC ± 1%

Nominal Output Current 1.3A (+40°C);1A (+55°C) 2.5A (+40°C);2A (+50°C) 5A (+40°C); 4A (+55°C) 10A (+40°C); 7.5A (+55°C) 20A (+40°C); 16A (+55°C)

Efficiency 84% (110V AC); 84% (230V AC)

85% (115V AC); 87% (230V AC)

84% (115V AC); 86% (230V AC)

87% (115V AC); 88% (230V AC)

87% (115V AC); 89% (230V AC)

Protection Short Circuit and Overload Protected (Hiccup Mode)

Short Circuit and Overload Protected (Current Limiter)

Short Circuit and Overload Protected (Hiccup Mode)

Short Circuit and Overload Protected

Parallel Usage/Serial Usage No/Yes, Max. 2 Units

General Data

Standards EN 60950-1, EN 61204-3, EN 55022 B, EN 61000-3-2 EN 60950-1, EN 61204-3, EN 55022 B

Temperature Range 0 - +40°C, up to 55°C Derating (Storage Temperature -20 - +85°C)

Mounting Method DIN rail mounting TH35 (EN 60715)

Dimensions (H x W x D) 125 x 50 x 70mm 125 x 50 x 80mm 125 x 50 x 125mm 125 x 72 x 125mm 125 x 105 x 127mm

Connection Pluggable Screw Terminals (Included)

Accessory

Pluggable Spring Clamp Terminal (Art. No. 89517)

| PICCO - SINGLE PHASE 10W - 100W

When it comes to installations in tight spaces,

compact switch mode power supplies are needed.

8 models - Screw Terminal - 12V or 24V Output Voltage - 10, 30, 60 or 100W

Power Limiter (U/I Characteristics)

Automatic Incoming Voltage Selection

Low EMC Emissions (EMI - Class B)

Compact Sizes

UL Approval

24V Single PhasePrimary Switch Mode

PICCOCurrent 0.42A/10W




Ordering Data Art. No. Art. No. Art. No. Art. No.

Screw Terminal 87011 87013 87015 87017

Output

Output Voltage 24V DC (SELV) ± 1%, 24-28V DC adjustable

Nominal Output Current 0.42A (+50°C) - 0.042A (+70°C) 1.25A (+50°C) - .125A (+70°C) 2.5A (+50°C) - .25A (+70°C) 4.2A (+50°C) - .42A (+70°C)

12V Single PhasePrimary Switch Mode




PICCOCurrent 6A/72W


Screw Terminal 87012 87014 87016 87018

Output

Output Voltage 12V DC (SELV) ± 1%, 12 - 15V DC adjustable

Nominal Output Current 0.85A (+50°C) - 0.085A (+70°C) 2.5A (+50°C) - 0.25A (+70°C) 4.5A (+50°C) - 0.45A (+70°C) 6A (+50°C) - 0.6A (+70°C)

Input

Nominal Voltage 100-240V AC; 140 - 340V DC 100-240V AC

Input Current 0.2A (110V AC); 0.12A (230V AC)

0.55A (110V AC); 0.35A (230V AC)

1.1A (110V AC); 0.63A (230V AC)

1.7A (110V AC); 1A (230V AC)

General Data

Standards EN 60950-1, EN 55011 B, EN 61000-3-2

Temperature Range -25 - +50°C, up to +70°C Derating

Dimensions (H x W x D) 91 x 23 x 57mm 91 x 53 x 57mm 91 x 71 x 57mm 91 x 90 x 57mm

Efficiency 79% (110V AC); 80% (230V AC) 83% (110V AC); 84% (230V AC) 85% (110V AC); 86% (230V AC)

Protection Short Circuit and Overload Protected (Power Limiter)

3-PHASE POWER SUPPLIESCIRCUIT MONITORING


SINGLE PHASE POWER SUPPLIES

Our newest generation of single phase, switch

mode power supplies will win you over with their

impressive efficiency rating of up to 95%.

50% Power Boost for up to 4 seconds

Metal housing with optimum EMC characteristics

No derating from -25° to +60°C

Narrow (50 - 85mm) width

High mains failure bridging time

| EMPARRO - SINGLE PHASE 120W - 480WSingle Phase Primary Switch Mode Emparro 120W Emparro 240W Emparro 480W

Ordering Data Art. No. - Current Art. No. - Current Art. No. - Current

12V DC 85434 - 10A

24V DC 85440 - 5A 85441 - 10A 85442 - 20A

48V DC 85437 - 2.5A 85438 - 5A 85439 - 10A

Input

Input Voltage 85 - 265V AC / 90 - 250V DC

Input Current .55A at 240V AC 1.1A at 240V AC 2.2A at 240V AC

Inrush Current After 1ms < 4A

Output

Output Voltage

85434: 12 - 15V DC

85440: 24 - 28V DC 85441: 24 - 28V DC 85442: 24 - 28V DC

85437: 48V DC 85438: 48V DC 85439: 48V DC

Power Boost 50% (≥ 4sec.)

Efficiency Up to 95%

Protection Short Circuit and Overload Protected (Output), Power Limiter

General Data

MTBF > 500,000 h

Mains Failure Bridging > 20ms at 230V AC

Status Display LED Green/Red

Standards EN 60950-1, EN 61204-3, EN 55011 A, EN 61000-3-2

Temperature Range -25 - +60°C Without Derating (Storage Temp. -40 - +85°C)


Dimensions (H x W x D) 125 x 50 x 137mm 125 x 65 x 137mm 125 x 85 x 137mm

Other Relay Alarm Contact for Short Circuit, Overload and Over-temperature

Approvals UL and GL in Process

The switch mode power supply for IP67

applications.

Resistant to dirt and coolants

Wide temperature range of -25°C to 70°C

High resistance to shock and vibration

Outputs meet the NEC Class II standard

Permanently protected from short circuits

| EVOLUTION67 - SINGLE PHASE 90W - 190W



Single Phase Primary Switch Mode Evolution67 3.8A Evolution67 8A Evolution67 2 x 3.8A

Ordering Data Art. No. Art. No. Art. No.

85670 85671 85672

Output Voltage 24V DC (SELV), ±2%

Connection Input

Connection Output 7/8” 5-pole 2 x 7/8” 5-pole

Mains Failure Bridging Time > 50ms

Protection Permanently protected from short circuits

Status Display LED green/red

Dimensions (H x W x D) 170 x 85 x 35mm 245 x 122 x 74mm

Protection IP67

Approvals UL in Process, CE corresponding to NEC Class II UL in Process, CE UL in Process,

CE corresponding to NEC Class II

MPL: Transformer-Based Power Supplies

More Robust and Less Prone to Failure due to Spikes or Overloads

Generates Less EMI Than a Primary Switch Mode Power Supply

Available in Wide and High Current Range (10 - 50A)

Wide Input Voltage Range: 3-phase 208-520V AC

| MPL - THREE PHASE 240W - 960W

Three Phase MPL


85953 85954 85955 85956

Input

Nominal Voltage 3 x 208 - 520V AC

Input Current 900mA - 400mA 1.3A - 0.6A 2.2A - 1.1A 3.2A - 1.3A

Primary Fusing External Type FL538

Output

Output Voltage 24V DC

Nominal Output Current 10A 15A 25A 40A

Efficiency 73% 75% 76% 79%

Protection External Output Fuse - T 10A External Output Fuse - T 15A External Output Fuse - T 25A External Output Fuse - T 40A

Parallel/Series Connection No/No

General Data

Standards UL508, UR60950.1, 21CE

Temperature Range -20°C - 55°C

Mounting Method Keyhole Mount

Dimensions (H x W x D) 185 x 93 x 188mm 220 x 82 x 208mm 220 x 103 x 213mm 280 x 124 x 313

Connection Screw Terminals

Additional models available in our online catalog: murrinc.com

Nominal input voltage range from 360-572V AC

DC Voltage input 480-745V

Power Boost: 50% more power for 4 sec.

Extended temperature range from -25- +70°C (-13 - 158°F)

Compact design, efficient cooling

Adjustable output power rated for 22-28V DC

Parallel and Series connections possible

Two/Three Phase Operation

5, 10, 20 & 40A Models

Two/Three PhasePrimary Switch Mode

EvolutionCurrent 5A/120W






12.5V DC 85016

24V DC 85000 85001 85002 85004

Input

Nominal Voltage 3 x 324-572V AC, 480-745V DC

Input Current 3 x 0.3A 3 x 0.8A 3 x 1.3A 3 x 2.4A

Inrush Current After 1ms ≤10A ≤15A ≤19A -

Primary Fusing max. 3 x 10A max. 3 x 20A

Output

Output Voltage 24V DC (SELV) ± 1%, 22-28V adjustable 12.5V DC (SELV) ± 1%, 11.5-13.5V adjustable 24V DC (SELV) ± 1%, 22-28V adjustable

Nominal Output Current 5A (+55°C); 3A (+70°C) 10A (+55°C); 6.5A (+70°C) 20A (+55°C); 15.8A (+70°C) 40A (+55°C); 30A

(+70°C)

Power Boost 7.5A (≥ 4sec.) 15A (≥ 4sec.) 30A (≥ 4sec.) 60A (≥ 4sec.)

Efficiency 86% 90% 91%

Protection Short Circuit and Overload Protected (Current Limiter)

Parallel Usage/Serial Usage max. 5 units/max. 2 units

General Data

Standards EN 60950-1, EN 61204-3, EN 55022 B, EN 61000-3-2 EN 60950-1, EN 61204-3, EN 55011 A

Temperature Range-25 - +60°C (Storage Temp. -40 - +85°C)

-25 - +70°C (Storage Temp. -40 - +85°C)


Dimensions (H x W x D) 132 x 83 x 98mm 132 x 93 x 114mm 132 x 93 x 114mm 132 x 113 x 136mm 132 x 164 x 142mm

Approvals UL, GL UL, GL

| EVOLUTION - THREE PHASE 120W - 960W



Evolution: 3-phase Switched Mode Power Supply

CIRCUIT MONITORINGREDUNDANCY & BUFFERING

Do you recognize any of these 24V DC control circuit problems?

• Sensor and valve cables get very hot, melt or catch fire without the breaker reacting

• We have to shut down the machine to reset a breaker, repair sensor cables or replace a fuse

• We have to open the control cabinet to see which breaker or fuse failed, and keep the cabinet open to troubleshoot a circuit

• The power supply shuts down during a short circuit or overload

• We oversize our power supply to prevent it drawing down before our breakers trip

• We oversize our breaker or fuse to avoid them blowing during machine start-up

• We have to keep many different breakers and fuses in stock

| DRAWBACKS OF TRADITIONAL BREAKERS & FUSESIf you experience any of these problems, you are feeling the pain of using traditional circuit break-ers and fuses to protect 24V DC control circuits.

When you look in a typical control cabinet, you spot glass fuses, cartridge fuses or circuit break-ers. These devices have been wired and sized the same way since they first became commercially available in the 1930s. Over the years, control engineers have learned to live with the way these devices operate.

You expect them to react when a cable is cut or damaged. You expect to replace or reset them whenever this happens. You expect them to react faster than your power supply.

But despite their familiarity, traditional breakers and fuses have some distinct drawbacks, such as slow reaction time, limited sensitivity, and no help in troubleshooting. As you know, it can be time-consuming and costly for personnel to open a control cabinet—or even worse, shut down a whole production line—while technicians strive to troubleshoot a circuit.

Sometimes you can’t afford to live with these limitations. Sometimes you replace an installed breaker or fuse with a higher-current version to prevent nuisance tripping. Sometimes you replace a power supply with a larger model with a higher protection point so you won’t lose an entire control circuit if the breaker fails to react. And sometimes you worry if your cables and devices are properly protected.

| TODAY’S SOLID-STATE CIRCUIT PROTECTIONControl engineers have an alternative: a more modern form of circuit protection and x monitoring device based on solid-state electronics (microchips). “Electronic fuses” have proven themselves in the field for more than 10 years, in many applications. For example, similar technology is now routinely used to protect switch-mode power supplies. Engineers in many other fields have come to appreciate the benefits of solid-state electronics over electromechanical devices. These advantages include: • Faster reaction time• More precise operation• Lower power consumption• Less electrical “noise” output• Smaller size and lighter weight• Less sensitive to mechanical shock, vibrations, humidity or magnetic fields• Longer life expectancy

2A “C” Circuit Breaker 2A Electronic Circuit Protection (MICO)

2A 3A 6A3.5A2.5A

No

Faul

t

Und

efin

ed5

seco

nds

180

seco

nds

1 se

cond

25 s

econ

ds10

0ms

9 se

cond

s

10m

s

Reaction Time and Over-Current in a 2A Circuit

Switch Off Time (tmax)

Circuit Breaker MICO

∞ ≤ 2A ≤ 2A

undefined 2 - 2.5A

180 sec 3A

25 sec 5A

9 sec 8A

5 sec 2.5A

1 sec 3A

100ms 5A

10ms 8A

6A 7.5A 9A 12.5A

6A “C” Circuit Breaker 6A Electronic CircuitProtection (MICO)

No

Faul

t

Und

efin

ed1

seco

nd

180

seco

nds

50 s

econ

ds

100m

s

10m

s

Reaction Time and Over-Current in a 6A Circuit

Switch Off Time (tmax)

Circuit Breaker MICO

∞ ≤ 6A ≤ 6A

undefined 6 - 7.5A

180 sec 9A

50 sec 12.5A

1 sec 7.5A

100ms 9A

10ms 12.5A

| COMPARE THE PERFORMANCE OF BREAKERS TO SOLID-STATE PROTECTIONPerhaps you are not sure how reliable an electronic circuit-protection device can really be? To compare performance of older and newer devices, look closely at the trip curves shown in Figure 1. Notice how a traditional 24V DC thermal breaker compares to a 2A electronic device. Look at the reaction times in the accompanying table. While waiting for the bi-metal components of a thermal breaker to react to a short, cables and devices can be exposed to massive over-current. While 8A of current takes 9 seconds to trip the 2A breaker, the same current will trip the electronic device in only 10ms—900 times faster.

The same occurs with the 6A devices shown in Figure 2. In this case, 12.5A will take 50 seconds to trip the breaker, but only 10ms to trip the electronic device—5,000 times faster!

How can we explain such dramatic improvement in reaction times? Electronic protection devices use a precise set point as a reference, and react as soon as the current goes beyond that set point. This protects all cables, conductors, and devices from exposure to unnecessary current, hundreds or thousands of times faster than a traditional breaker. Imagine how much damage you could avoid by cutting almost a minute of over-current stress from your sensitive loads.

| MICO - 24V DC CIRCUIT MONITORING

Combine your power supplies with MICO,

the intelligent power distribution system.

MICO is the intelligent power distribution module from Murrelektronik for 24V DC. It monitors currents, indicates when approaching the maximum load and ensures machine availability. You can choose between:

MICO BASIC with preset nominal currents

MICO CLASSIC with adjustable current ranges

MICO+ with channels that can be switched off and a digital signal with a 90% warning.

MICO FUSE with sockets for glass tube fuses

To learn more about the MICO family, scan this R to visit our online catalog.

MICO Basic Features Current Range Monitored Circuits Art. No.

Electronic Current Monitoring4 or 8 Output ChannelsSpring Clamp TerminalsBridge System Left90% Warning Notice with Blinking LEDGroup Alarm Contact (Digital Output)Cascading Start of Individual Current PathsUL Approval

2A

4

9000-41064-0200000

4A 9000-41064-0400000

6A 9000-41064-0600000

2A

8

9000-41068-0200000

4A 9000-41068-0400000

6A 9000-41068-0600000

MICO Classic Features Current Range Monitored Circuits Art. No.

Electronic Current Monitoring2 or 4 Output ChannelsAdjustable Current RangesSpring Clamp TerminalsBridge System on Both Sides90% Warning Notice with Blinking LEDGroup Alarm Contact (Potential-Free)Cascading Start of Individual Current PathsUL Approval

1A, 2A, 3A, 4A

2

9000-41042-0100400

1A, 2A, 4A, 6A 9000-41042-0100600

4A, 6A, 8A, 10A 9000-41042-0400400

1A, 2A, 3A, 4A

4

9000-41034-0100400

1A, 2A, 4A, 6A 9000-41034-0100600

4A, 6A, 8A, 10A 9000-41034-0401000

Channels 1 & 2: 1A, 2A, 3A, 4A Channels 3 & 4: 4A, 6A, 8A, 10A 9000-41034-0101000

4A, 6A, 8A, 10A 9000-41034-0401005

MICO+ Features Current Range Monitored Circuits Art. No.

Electronic Current Monitoring4 Output ChannelsAdjustable Current RangesSpring Clamp TerminalsBridge System on Both Sides90% Warning Notice with Blinking LEDGroup Alarm Contact (Digital Output)Cascading Start of Individual Current Paths

1A, 2A, 3A, 4A

4

9000-41084-0100400

1A, 2A, 4A, 6A 9000-41084-0100600

4A, 6A, 8A, 10A 9000-41084-0401000

MICO Fuse Features Data Monitored Circuits Art. No.

Monitoring with Glass Tube Fuses8 Output ChannelsSpring Clamp TerminalsGroup Alarm Contact (Digital Output)

Delivered without FusesWith LED Indicator and Alarm Contact24V DC

8

9000-41078-0600001

Delivered without FusesUniversal Module from 0 - 250V AC/DC

9000-41078-0600002

2A Glass Fuse (Fuse Size:5 x 20mm) 9000-41078-0000002




| MB CAP - BUFFER MODULES

Stable power supply. Safe processes.

Murrelektronik’s MB Cap Ultra modules are buffer modules that ensure a stable power supply thus guaranteeing secure industrial processes. They store energy and bridge voltage fluctuations of up to 38 seconds at 10A, or for several minutes at 1A, thanks to maintenance-free ultra capacitors.

MB CAP OVERVIEW

Load Current

Buffer Time: Seconds

0.2 0.5 1 4 7 16 21 38

1A

3A

5A

10A

20A

MB Cap 20/24 200ms MB Cap Ultra 3/24 7ms

MB Cap Ultra 10/24 38s MB Cap Ultra 20/24 16s

MB Cap 20/24 200ms Description Art. No. Ordering Data

Nominal Voltage: 23 - 30V DCOutput Voltage: 22 - 28V DCMaximum Output Current: 20ABuffer Time: 0.2sec / 20A, 4sec / 1A

Nominal Voltage: 23 - 30V DCOutput Voltage: 22 - 28V DCMaximum Output Current: 20ABuffer Time: 0.2sec / 20A, 4sec / 1AVarnished Circuit Board

85394

85184

MB Cap Ultra 3/24 7s Description Art. No.

Nominal Voltage: 24V DCOutput Voltage: 24V DCMaximum Output Current: 3ABuffer Time: 7sec / 3A, 21sec / 1A

85460

MB Cap Ultra 10/24 38s* Description Art. No.

Nominal Voltage: 12V / 24V DCOutput Voltage: 12V / 24V DCMaximum Output Current: 10ABuffer Time: 38sec / 10A, >6min / 1A

85467

MB Cap Ultra 20/24 16s* Description Art. No.

Nominal Voltage: 24V DCOutput Voltage: 24V DCMaximum Output Current: 20ABuffer Time: 16sec / 20A, >5min / 1A

85468

MB Cap Ultra Expansion Module 3/24 12s Description Art. No.

Nominal Voltage: 24V DCOutput Voltage: 24V DCMaximum Output Current: 3ABuffer Time: 12sec /3A, 36sec / 1ATo Expand Art. No. 85460 or Art. No. 85468

85462

MB CAP OVERVIEW

Load Current

Buffer Time: Minutes

1 2 3 4 5 6

1A

3A

5A

10A

20A

MB Cap Ultra 10/24 38s MB Cap Ultra 20/24 16s

BUFFERING & REDUNDANCY

| EMPARRO CAP - BUFFER MODULE

Emparro Cap is the buffer module for maximum

system availability.

Maintenance Free Ultra Capacitors

Buffer Time > 1sec at 20A Full Load

Metal Housing with Protective EMC Characteristics

Slim Housing

Wide Temperature Range (-40° - +60°C)

R Code on Front for Access to Data Sheets

Ordering Data Art. No.

85458

Input

Input Voltage 21.6 - 26.4V DC

Nominal Current 20A

Charging Time typ. 80sec

Output

Output Voltage 25.5 - 19V DC

Nominal Current 20A

Buffer Time > 1sec (20A)

General Data

Standards EN 61000-6-2, EN 61000-6-4

Dimensions 125 x 65 x 13mm

Temperature Range -40° - +60°C

Mounting Method DIN rail mounting TH35-7.5 / TH35-15 (EN 60715)

Other Alarm Contact for Supply Voltage

Approvals UL pending

| MB DIODE - POWER SUPPLY REDUNDANCY

MB Diode is a decoupling module for use with

redundant power supplies.

Automatic Switching Between Power Supplies

LED Indication

Signal Reporting

Integrated Labels

Spring Clamp Connection

Bridging for MICO


MB Diode 85396

Input

Nominal Voltage 24V DC

Voltage Range 21 - 30V DC

Nominal Current 2 x 20A / 1 x 40A

Total Current max. 40A

Polarity Internal Revese Polarity Protection up to 60V DC

Output


Voltage Range 21 - 30V DC

Nominal Output Current 20A (-25 - +55°C); 40A (-25 - +40°C)

Overload At 20A: +50% for 4 sec.

Status Indicator 1 LED per Channel

Alarm Output Relay Contact 1 Potential-Free Alarm Output per Channel

General Data

Standards EN 61000-6-2, EN 61000-6-3

Bridging On Both Sides, with Spring Clamp Terminals or Bridge Set

Mounting Method Spring Clamp Terminals, DIN rail mounting TH35 (EN 60715)

Efficiency > 97%

Power Loss Approximately 0.5V x I

| MB REDUNDANCY BALANCE


85496

Input

Input Voltage 24V DC

Input Current 2 x 20A

Total Current max. 40A

Protection Against Reverse Polarity max. 30V DC

Auto Balancing Yes (50/50)

Output


Output Current 40A Continuous (-25° - 60°C)

Output Current 52A Without Balance (-25° - 40°C)

Output Current 26A For Redundancy Operation (-25° - 40°C)

Status Indicator 1 LED per Channel

Alarm Output Relay Contact 1 Potential-Free Alarm Output per Channel

General Data

Connection Spring Clamp Terminals

Standards EN 61000-6-2, EN 61000-6-3

Bridging On Both Sides, with Spring Clamp Terminals or Bridge Set

Mounting Method DIN rail mountable TH35 (EN 60715)

Efficiency 99.5%

Having the highest machine availability is an important subject. That’s why power supply systems are often designed redundantly: with two power supply units. Murrelektronik’s active redundancy module, MB Redundancy Balance, decouples two independent power supply units and generates a redundant 24V DC control voltage.

MB Redundancy Balance ensures an automatic 50:50 balancing of power between the two units. For example: if the required load current is 10A, this cabinet component ensures that both units supply 5A. If one of the two power supply units fails, the other will continue to work because it is decoupled. If this situation should occur you must make sure that your remaining power supply is sized to handle the entire load.

MB Redundancy Balance operates with an innovative technology based on MOSFET. Depending on the output current and the input voltage difference, the internal consumption of the modules is up to 87% less than with conventional diode modules.

Without MB Redundancy Balance With MB Redundancy Balance

FIELDBUS

CONNECTIVITY SOLUTIONS

INTERFACES

CONTROL CABINET

| YOUR SYSTEM PARTNERMurrelektronik views power management as the starting point for machine efficiency. Power conditioning, properly sized power supplies, current monitoring, redundancy and energy savings are all considered when we assemble a power management solution for our partners.

The combined technologies offered by Murrelektronik help you to achieve a power management solution tailored to your application, your budget and your peace of mind.

Filter – Power – Redundancy – Current Monitoring - Buffer : all available from Murrelektronik

With Murrelektronik‘s fieldbus technology you can connect sensors and actuators conveniently and systematically to a higher control level. This allows cost-effective installation and automation solutions in machines and plants for many industries.

Murrelektronik offers solutions for any application. Our fieldbus modules enable convenient and thorough diagnostics. While the principle of “changing the bus without changing the system” provides flexibility.

Cube20 | Cube20S | Cube67+ | Impact20Impact67 | MVK

Signal transferring and processing happens all over in industrial machine environments. Communicating the signals between the cabinet and field is where Murrelektronik has multiple solutions for creating the right interface for your application. Convenient service outlets, space saving control panel interface, Ethernet switches, and signal convertors are all available from Murrelektronik. Combining our array of cabinet signal interface products with the rest of our connectivity solutions will help to improve machine reliability and serviceability.

Modlink MSDD | Modlight | MIRO GSM | Ethernet Switch | MIRO SAFE+

Versatile, easy to use, interchangeable plug connectors for industrial applications reduce your wiring effort and ease installations.

Murrelektronik offers a wide variety of M12 & M8 components in several color and cable choices for your applications. Distribution boxes are available to handle up to 16 signals. The cost effective overmmolded cable design will simplify your wiring and replace junction boxes.

M8 | M12 | Valve Plugs | Distribution Boxes | Field Wireables

1400 Northbrook Parkway, Suite 300 | Suwanee, GA 30024P: 770-497-9292 | F: 770-497-9391 | murrinc.com

Design for Longevity...M5 to 50A, Further M6 Screw Fixing, M6 Approx. Weight 316g 450g 1.7kg 3.2kg...

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Transcript of Design for Longevity...M5 to 50A, Further M6 Screw Fixing, M6 Approx. Weight 316g 450g 1.7kg 3.2kg...