Device Circuit Breakers Selective power distribution

Compact and adjustable The CBMC device circuit breakers are operated intuitively and a version is also available with IO-Link interface. • Product details and advantages Suitable for a wide range of applications When you opt for the CB TM device circuit breakers, three tripping characteristics are available for diff erent applications. • Product details and advantages Page 10–13 Page 18/19 • Product data and application • Product data and application Page 23–25 Page 32/33 Contents Fundamentals of device circuit breakers Fundamentals of electronic circuit breakers Multi-channel electronic circuit breakers Compact multi-channel electronic circuit breakers Narrow electronic circuit breakers Single-channel electronic circuit breakers Thermomagnetic device circuit breakers Product and order overview with application example Power supplies and device circuit breakers 4 6 8 10 14 16 18 22 34 Tried-and-tested and straightforward UT 6-TMC – can be reset and featuring a generous marking area. • Product details and advantages Page 20/21 • Product data and application Page 31 Find out more with the web code For more information, use the web codes provided in this brochure. Simply enter # and the four-digit number in the search fi eld on our website. Web code: #1234 (example) Or use the direct link: phoenixcontact.net/webcode/#1234 PHOENIX CONTACT 3

Options, technologies, and versions Why device circuit breakers? Overload currents and short-circuit currents are usually unexpected. They cause malfunctions and interrupt the operation of a system. Undesirable production downtimes and repair costs are often the result. You can minimize damage by protecting individual devices or device groups separately with device circuit breakers. This provides end devices with optimum protection against damage or destruction. System parts that are not in the aff ected circuit continue to operate without interruption, assuming the overall process allows it. Overload currents: Overload currents occur when end devices unexpectedly require a higher current than the intended rated current. Such situations can arise, for example, when a drive is blocked. Temporary starting currents for machines are also overload currents. Although in principle their occurrence can be determined by calculation, they can vary depending upon the machine load when starting. Take these conditions into account when selecting suitable fuses or circuit breakers for such circuits. Safe shutdown should occur within a range of a few seconds up to a few minutes. Short-circuit currents: Short circuits can arise between damaged operating voltage-carrying conductors. Typical protective devices for interrupting short-circuit currents include fuses and miniature circuit breakers with various tripping mechanisms. Short-circuit currents should be safely interrupted within milliseconds. Various technologies off ering diff erent forms of protection Phoenix Contact provides thermal, thermomagnetic and electronic circuit breakers. The thermal circuit breakers protect via a bimetallic strip that leads to tripping when heated. However, this takes between 300 ms and several minutes. In the event of overloads, this period of time is more than suffi cient. The magnetic part of the thermomagnetic circuit breaker provides protection in the event of a short circuit. If the current suddenly increases, shutdown occurs within a few milliseconds. Electronic circuit breakers reliably protect against both overloads and short-circuit currents, and also off er many advantages. Tripping behavior of various device circuit breakers Current and voltage are measured and monitored permanently. Errors are detected far more precisely and quickly. Currents are assessed and interrupted sooner or later, depending on their intensity. An electronic circuit breaker will trip at a signifi cantly lower current than an electromechanical circuit breaker. This allows the power supply output to be utilized far more effi ciently. Reserves no longer need to be sized as generously. Selecting the right device circuit breakers The requirements for optimum device protection vary, depending on the area of application and task. Device circuit breakers therefore feature a wide range of technologies: electronic, thermal, and thermomagnetic. The diff erences are in the tripping technology and the shutdown behavior. Characteristic curves clearly illustrate the shutdown characteristic of the various device circuit breakers. Device circuit breakers are selected based on the nominal voltage, nominal current, and, if required, the starting current of an end device. The expected error situation – short circuit or overload – then determines the appropriate shutdown behavior. Fast shutdown M1 characteristic curve SFB characteristic curve F1 characteristic curve Electronic characteristic curve PHOENIX CONTACT 5

Keeping currents properly under control Current limitation: The extent of current limitation is described by a factor, normally between 1.25 and 2.0. This value is not exceeded, even in the event of an error. For the power supply, even a hard short circuit therefore has the same eff ect as a slight overload, the current is signifi cantly lower than without current limitation and the supply voltage to the system remains unaff ected. Without current limitation: With a circuit breaker without current limitation, the supply voltage can drop out in the event of an error, which means that all the connected devices would fail as well. This means that, in the event of an error, the installed electronics and the integrated fi rmware must react quickly and intelligently. Although short circuit must be detected and shut down quickly, it must still be possible to reliably start a capacitive load. Intelligent, individual, and intuitive The advantages of electronic circuit breakers Intelligent software is the core of an electronic circuit breaker. The software diff erentiates between operating currents and harmful currents and rapidly transmits commands to the electronic system. Faults must be detected and shutdown as quickly as possible, whereas inrush currents or normal operating currents should not be shut down. The switching operation is performed via the power transistor. Steps to error detection: • Measurement: to monitor the ongoing situation, all electrical variables are measured continuously. • Analysis: the measured values are analyzed in order to determine a course of action. • Classifi cation: the currents are evaluated and classifi ed. • Protect and switch: depending on the class of the analyzed current, the consumer is started or shut down. The rest of the system remains in operation and unaff ected. • Signaling: the operating states of all circuits are transmitted continuously to the system operator. If an event occurs, it is detected immediately and reported. The correct setting To be able to determine the correct nominal current value for a device circuit breaker, you should know the consumer(s). However, the actual current often deviates from the manufacturer's information. In a consumer group, these errors accumulate, which means that the total current deviates even more from the calculated value. Here, adjustable device circuit breakers off er considerable advantages, and therefore a high degree of fl exibility. Firstly, the set value should not be much higher than the fl owing current value. The necessary starting current of a consumer can, however, infl uence the necessary set value. In this case, set the lowest value at which smooth operation can be assured. Adjustable circuit breakers: The intelligent software in the electronic circuit breakers allows the nominal current to be set individually. This means you can maintain the highest level of fl exibility throughout. It is not always possible to determine the correct current value right at the start of a project. Adjustability is therefore a useful function, because the fi nal current value can then be determined during commissioning. You can provide optimal protection for every consumer, tailored precisely to the application. This adjustability also provides you with the option of covering several applications with one device. This not only saves you inventory costs, it also makes selecting the correct circuit breaker much easier. Circuit breakers with fi xed values: For many, circuit breakers provide a high degree of safety if the current value is not adjustable. In this case, nothing can be adjusted in the system, and all of the settings carried out by the installer remain unchanged. The current values must, however, be determined during confi guration. If a value is unsuitable, the entire circuit breaker or protective plug must be replaced. Calculating the cable length In order that the protective device shuts down safely in the event of a short circuit or overload current, the maximum usable cable length should be calculated to be on the safe side. The following data is necessary: • Rmax Maximum total resistance • U Nominal voltage • ICB Rated current CB • xI Tripping factor according to current characteristic curve/multiple of the nominal current • RLmax Maximum cable resistance • RCB1A Internal resistance CB 1 A • Lmax Maximum cable length • A Conductor cross section • ρ Specifi c cable resistance Rho, (Cu 0.01786) Values for sample calculation: • U = 24 V DC • xI = 15 (from the M1 characteristic curve) • ICB = 1 A • RCB1A = 1.1 • ρ • A = 0.01786 (copper) = 1.5 mm2 (assumed) 1. Total circuit resistance: 2. Maximum cable resistance: 3. Maximum cable length: Calculation in three steps PHOENIX CONTACT 7

Product advantages at a glance 0,5 10 A Easy confi guration The nominal current wizard makes confi guration of the CBM exceptionally easy. It enables optimal adjustment of the consumer currents. Simply turn the potentiometers, until the optimum current has been found. The LED indicates when the ideal setting has been found. It could not be easier to confi gure the system protection. Active current limitation The active current limitation restricts short circuit and overload currents to a value that is 1.5 to 2 times the nominal current. This protects the power supply against excessively high currents and prevents output voltage dips at the switched-mode power supply unit. In addition, longer cable paths between the power supply and consumer are possible without negatively impacting the shutdown behavior. Adjustable in steps The nominal current can be adjusted at the CBM in fi ne increments. The nominal current range is 0.5 to 10 A. This allows you to adjust the channels individually to the nominal currents of the connected end devices. You can make the settings individually for each channel. This means that one device can be used for an extremely wide range of consumers. Analysis and signaling The currents fl owing are constantly monitored. The CBM not only features a potential-free signal contact to indicate capacity utilization, it also has an 80% output. You are alerted as soon as at least one channel is being heavily utilized. The channel that has been switched off can then be easily switched back on remotely via the Reset RST signal input. Undervoltage/overvoltage Diff erentiate between undervoltages and overvoltages in your system and therefore increase your system availability. The channels are shut down in the event of an error in the operating voltage and the system is switched to a defi ned state. The error is signaled directly via the remote indication contact. An LED also indicates the deviation directly on the device. 8 channels in in an extremely narrow installation space Save space in the control cabinet with the 8-channel CBM E8 device circuit breaker. Reliably protect eight channels against overload and short-circuit currents in just one device with an overall width of just 41 mm. Reduce inventory costs and also ensure outstanding fl exibility in system planning. PHOENIX CONTACT 9

Product advantages at a glance Compact overall width Save space in the control cabinet with the CBMC, or convert existing systems with little eff ort. Thanks to the combination of compact overall width and individual adjustability, selecting the correct product is incredibly easy, and at the same time you save inventory costs, as only one device is required. Tool-free confi guration One-button operation enables very easy adjustment of individual circuits. This allows you to adjust the channels of the device circuit breaker individually based on your needs and without any tools. Can be ordered preconfi gured You can order your device circuit breakers preconfi gured starting from a minimum quantity of one unit. You receive the device ready-made for your system. Thanks to this pre-confi guration, you save valuable time during commissioning. You can choose whether you want the settings to remain adjustable or whether they should be fi xed in order to provide protection against manipulation. 2 Sek. 2 Sek. NEC Class 2 circuits The 1 - 4 A version is approved in accordance with NEC Class 2. You can therefore easily confi gure energy-limited circuits with the CBMC. Instead of an NEC Class 2 power supply unit, simply use your powerful standard power supply unit. Benefi t from quicker and easier installation and testing of your application. Electronic interlock Thanks to an integrated electronic interlock, the CBMC device circuit breakers provide reliable protection against unauthorized changes to the confi gured current values. The circuits connected are therefore reliably protected. Status indicator in traffi c light colors The multi-functional buttons are not only a means of programming the device circuit breaker, they also detect the operating state of the product and connected devices and indicate the status using traffi c light colors. PHOENIX CONTACT 11

Product advantages at a glance System transparency Thanks to the comprehensive diagnostics capabilities, all process-related data is always available at a glance via the IO-Link interface. This provides you with a view of the nominal current, channel current and also the channel status of the device at all times, anywhere in the world. Simply connect the CBMC to the IO-Link master in your system to enable this function. Worldwide device access Once integrated in your system, you can confi gure and control the CBMC from anywhere in the world. Therefore, adjusting the nominal currents and switching the four independent channels remotely is no longer a problem. Adjustments can also be made at any time during operation. Secure locking Protect the device securely against unauthorized access. Either the complete device or just individual channels can be blocked via the IO-Link interface. This means local adjustments to the CBMC are impossible. Enjoy the highest level of protection with complete fl exibility, thanks to the various locking options. Service intervals Manage rolling service intervals conveniently via the interface. Thanks to the internal memory, all device-specifi c data can be easily tracked. Read out the data and save it in a database. This enables service actions to be planned more effi ciently and the costs arising from these are reduced enormously. Convenient error diagnostics CBMC circuit breakers detect various types of errors. Errors are recorded in the internal memory as soon as they occur. The IO-Link interface allows you unrestricted access to the error log. This simplifi es troubleshooting in the event of an error and provides options for retroactive error diagnostics. Autonomous operation An IO-Link connection is not absolutely necessary to operate the device in the system. The device is fully functional without the IO-Link interface connection. This means you can preprogram the CBMC via the IO-Link interface and use it in the fi eld autonomously. PHOENIX CONTACT 13

Product advantages at a glance Simple application setup The PTCB device circuit breaker can be bridged to the CLIPLINE complete terminal block system. You can use standard terminal blocks and accessories from the CLIPLINE complete system, and do not have to qualify any new materials. This enables you to quickly and easily add the ideal protection module to your existing applications. More space in the control cabinet The PTCB enables potential distribution and device protection to be combined in a fast space-saving manner. With an overall width of just 6 mm, the PTCB reliably protects against overload and short-circuit currents. This enables you to achieve space savings of up to 70% compared to standard miniature circuit breakers. You benefi t from reliable protection that takes up very little space. Flexible in use With adjustable current values from 1 to 8 A, you can cover a wide range of applications. You can even make modifi cations during startup. You can respond to changes in the application at any time. Furthermore, you can reduce inventory and logistic costs with the fl exible PTCB device circuit breaker for the widest range of applications. Individual setup Anything is possible: the individually adjustable device circuit breaker off ers unlimited possibilities. The number of channels you want to protect is irrelevant. Eliminate unnecessary channels, thereby reducing the costs of your system – with the fl exible PTCB device circuit breaker for a wide variety of applications. Transparent operating state The LED indicates the operating state of the product and the connected devices. The status is visualized via traffi c light colors. This unambiguous display allows you to intuitively understand the operating state and provides an at-a-glance overview. Thanks to the remote messaging function, you have the option of transmitting the status to a remote maintenance station. NEC Class 2 circuits The device circuit breakers up to 3 A are approved in accordance with NEC Class 2. You can therefore easily confi gure energy- limited circuits with PTCB. Instead of an NEC Class 2 power supply unit, simply use your powerful standard power supply unit. Benefi t from quicker and easier installation and testing of your application. PHOENIX CONTACT 15

Product advantages at a glance Individually adjustable Pre-wire systems and control cabinets with base elements. Simply install the appropriate protective plug to suit your individual requirements at a later date. Should the demands placed on a consumer change in the meantime, you can simply replace the protective plug. The secure latching ensures the plug remains fi rmly in place, even in harsh environments. Protection against changes Increase the security of your system through fi xed, unchangeable current values. This prevents unintentional adjustment of the channel currents. A large selection of protective plugs are available with the CB E circuit breakers. The nominal currents range from 1 to 10 A. Select the right protective plug for your area of application. Active current limitation The active current limitation restricts short circuit and overload currents to a value of 1.25 times the nominal current. This protects the power supply against excessively high currents and prevents output voltage dips at the switched-mode power supply unit. In addition, longer cable paths between the power supply and consumer are possible, without negatively impacting the shutdown behavior. Remote control The controller function of our CB E series does more than just provide you with the capability of switching diff erent loads on and off remotely. Resetting a channel that has tripped is also possible. This eliminates the need for on-site maintenance if no ongoing fault has occurred. Remote inspection Increase the transparency of your system via our integrated remote messaging function. In the event of an error, you can obtain an overview of the problem – regardless of your location. This lets you fi nd the faulty channel more quickly and therefore reduces the corresponding downtimes. Quick and easy installation The device circuit breakers can be easily combined using the unique bridging system from our standard range. Potentials of the same type can be connected quickly and safely. Thanks to the Push-in connection technology, you can wire the devices without tools. This saves time and costs during installation. PHOENIX CONTACT 17

Product advantages at a glance M1 SFB F1 Individually adjustable Pre-wire systems and control cabinets with base elements. Simply install the appropriate protective plug to suit your individual requirements at a later date. Should the demands placed on a consumer change in the meantime, you can simply replace the protective plug. The secure latching ensures the plug remains fi rmly in place, even in harsh environments. Simple characteristic curve selection With the three diff erent characteristic curve of the CB TM series, you always have the appropriate characteristic curve for your application. Select the F1 characteristic curve if you would like the tripping response to be as fast as possible. The M1 characteristic curve enables switching of higher starting currents. You can protect higher than average cable lengths via the SFB characteristic curve. Large selection of current values A large selection of protective plugs are available in the CB TM range. The nominal currents range from 0.5 to 16 A. Select the right protective plug for your area of application. Thanks to the fi xed, unchangeable nominal currents of the plugs, you can increase the security of your system. This prevents unintentional changes to the channel currents. Electrical isolation Higher safety requirements exist in certain sectors of the industry. The electrical isolation of our thermomagnetic circuit breakers helps you comply with these requirements. This is because the power path is physically isolated in the event of an error. You therefore reliably protect your application against undesired currents. 1- and 2-pos. plugs Ideal protection for your application. Plugs with various numbers of positions are available for this. Choose single-position plugs for the protection of grounded systems. Use our two-position plug to provide protection across all poles, as is required in insulated systems, for example. This way, you can ensure optimal protection for your system. Quick and easy installation The device circuit breakers can be easily combined using the unique bridging system from our standard range. Potentials of the same type can be connected quickly and safely. Thanks to the Push-in connection technology, you can wire the devices without tools. This saves time and costs during installation. PHOENIX CONTACT 19

Product advantages at a glance Simple feed-in Feed-in to the U T 6-TMC is simple, thanks to the double bridge shaft. Systems can be quickly and easily expanded. You can use standard accessories from the CLIPLINE complete range, and do not need to qualify any new materials. High system availability Device replacement is not necessary in the event of an error. The system is easy to rest and can therefore be quickly brought back into operation. The trip-free mechanism prevents blocking of the shutdown. Quick and easy identifi cation Each circuit can be clearly marked. The U T 6-TMC device circuit breaker features versatile and large-area marking options for this. This means the individual circuits can be quickly identifi ed at a glance. This simplifi es troubleshooting. Large nominal current range The device circuit breakers are available in 11 nominal current levels. With a nominal current range of 0.5 to 16 A, you are sure to fi nd the appropriate device for your application. Compact design The U T 6-TMC feature a narrow design, with a width of just 12.3 mm. Thanks to this compactness, you save 30% space in the control cabinet compared to standard miniature circuit breakers. Connection technology Take advantage of many years of experience in connection technology with the proven screw connection technology of the U T 6-TMC products. PHOENIX CONTACT 21

CBMC: Compact multi-channel electronic circuit breakers Web code: #1651 Description CBMC 1-4 A CBMC 1-10 A CBMC 1-4 A CBMC 1-10 A with status and reset with status and reset Number of channels 4 4 4 4 Adjustable nominal current values 1 / 2 / 3 / 4 A 1 / 2 / 3 / 4 / 5 / 6 / 7 / 8 / 9 / 10 A 1 / 2 / 3 / 4 A 1 / 2 / 3 / 4 / 5 / 6 / 7 / 8 / 9 / 10 A Preconfi gured Factory-set, 4 A Factory-set, 4 A Factory-set, 4 A Factory-set, 4 A Backup fuse 4 A 15 A 4 A 15 A Communication Floating contact 13-14 Floating contact 13-14 Status output (S) Reset input (RST) Status output (S) Reset input (RST) For NEC Class 2 circuits • – • – Max. connection cross section (feed-in) 2 x 6 mm2 2 x 6 mm2 2 x 6 mm2 2 x 6 mm2 Dimensions (W x H x D) 36 mm x 90 mm x 98 mm 36 mm x 90 mm x 98 mm 36 mm x 90 mm x 98 mm 36 mm x 90 mm x 98 mm Type CBMC E4 24DC/1-4A NO CBMC E4 24DC/1-10A NO CBMC E4 24DC/1-4A S-R CBMC E4 24DC/1-10A S-R Order No. 2906031 2906032 1065727 1065729 CBMC in use The multi-channel CBMC protects up to four circuits at the same time against the eff ects of overload and short-circuit currents. All devices are eff ectively protected, thanks to a combination of electronics and fi rmware. The four channels can be set individually from 1 to 10 A. A potential distribution can be optimally implemented to supply and protect several consumers. Thanks to its low height, the CBMC can be placed next to each terminal block, which saves space. PHOENIX CONTACT 23

CBMC: Compact multi-channel electronic circuit breakers with electrical isolation Web code: #1651 Description Number of channels Adjustable nominal current values Backup fuse Communication For NEC Class 2 circuits Max. connection cross section (feed-in) Dimensions (W x H x D) Type Order No. CBMC 1-8 A with electrical isolation 4 1 / 2 / 3 / 4 / 5 / 6 / 7 / 8 A 15 A Floating contact 13-14 – 2 x 6 mm2 36 mm x 90 mm x 98 mm CBMC EG4 24DC/1-8A NO 1065730 PHOENIX CONTACT 25

PTCB: Narrow electronic circuit breakers, adjustable Web code: #1649 Description PTCB 1-3 A PTCB 1-4 A PTCB 1-8 A Adjustable nominal current values 1 / 2 / 3 A 1 / 2 / 3 / 4 A 1 / 2 / 3 / 4 / 5 / 6 / 7 / 8 A Preconfi gured Backup fuse Factory-set, 3 A Factory-set, 4 A Factory-set, 4 A 4 A 4 A 15 A Communication Floating contact 13-14 Floating contact 13-14 Floating contact 13-14 Operating voltage 18 V DC … 27.5 V DC 18 V DC … 30 V DC 18 V DC … 30 V DC For NEC Class 2 circuits • – – Dimensions (W x H x D) 6.2 x 105.8 x 55.6 mm 6.2 x 105.8 x 55.6 mm 6.2 x 105.8 x 55.6 mm Type Order No. PTCB E1 24DC/1-3A NO PTCB E1 24DC/1-4A NO PTCB E1 24DC/1-8A NO 2909909 2908261 2908262 PTCB in use The very narrow electronic PTCBs can be optimally adjusted to the number of loads requiring protection. They have a comprehensive range of bridging options for the input and output potentials. This allows the protection to be adapted to the respective application with little wiring eff ort. Individual protection of the loads and potential distribution across several loads can be set up quickly and easily. PHOENIX CONTACT 27

PTCB accessories for a variety of applications Feed-in directly at PTCB distributed between terminal blocks Feed-in directly at PTCB Feed-in with large cross-section Type PT 4-QUATTRO D-ST 4-QUATTRO Order No. 3211797 3208979 Plug-in bridge FBS 5-6 GY 3032266 Type Order No. Plug-in bridges Set of 50 wire bridges FBS 5-6 FBS 5-6 BU DB 50- 90 BK DB 50- 90 BU DB 50- 90 RD DB 50- 90 GY Type PT 10 D-PT 10 PT 4-QUATTRO D-ST 4-QUATTRO RB ST 10-(2,5/4) FBS 5-6 GY Plug-in bridges 3030349 3036961 2820916 2821180 2864639 2820929 Order No. 3212120 3212057 3211797 3208979 3030873 3032266 PHOENIX CONTACT 29

UT 6-TMC: Thermomagnetic device circuit breakers Web code: #1655 Description Nominal current 0.5 A Nominal current 1 A Nominal current 2 A Nominal current 4 A Nominal current 5 A Nominal current 6 A Nominal current 8 A Nominal current 10 A Nominal current 12 A Nominal current 15 A Nominal current 16 A UT 6-TMC in use Thanks to the single-channel design of the U T 6-TMC, a confi guration in which consumers are selectively protected can be quickly and easily established. The generously-sized marking area helps with identifi cation in the event of errors. Fast recommissioning is possible, as the products can be reset. TMC device circuit-breaker UT 6-TMC M 0.5A Order number 0916603 UT 6-TMC M 1A Order number 0916604 UT 6-TMC M 2A Order number 0916605 UT 6-TMC M 4A Order number 0916606 UT 6-TMC M 5A Order number 0916607 UT 6-TMC M 6A Order number 0916608 UT 6-TMC M 8A Order number 0916609 UT 6-TMC M 10A Order number 0916610 UT 6-TMC M 12A Order number 0916611 UT 6-TMC M 15A Order No.: 0916612 UT 6-TMC M 16A Order number 0916613 PHOENIX CONTACT 31

CB-TM: Thermomagnetic device circuit breakers, 2-pos. Web code: #1654 Base element: Push-in connection 2800929 Screw connection 2801305 Characteristic curve SFB M1 F1 Remote signaling function 2 changeover contacts 2 changeover contacts 2 changeover contacts Number of positions Nominal current 0.5 A Nominal current 1 A Nominal current 2 A Nominal current 3 A Nominal current 4 A Nominal current 5 A Nominal current 6 A Nominal current 8 A Nominal current 10 A Nominal current 12 A Nominal current 16 A 2 2 2 CB TM2 0.5A SFB P Order number 2800868 CB TM2 1A SFB P Order number 2800869 CB TM2 2A SFB P Order number 2800870 CB TM2 3A SFB P Order number 2800871 CB TM2 4A SFB P Order number 2800872 CB TM2 5A SFB P Order number 2800873 CB TM2 6A SFB P Order number 2800874 CB TM2 8A SFB P Order number 2800875 CB TM2 10A SFB P Order number 2800876 CB TM2 12A SFB P Order number 2800877 CB TM2 16A SFB P Order number 2800878 CB TM2 0.5A M1 P Order number 2800879 CB TM2 1A M1 P Order number 2800880 CB TM2 2A M1 P Order number 2800881 CB TM2 3A M1 P Order number 2800882 CB TM2 4A M1 P Order number 2800883 CB TM2 5A M1 P Order number 2800884 CB TM2 6A M1 P Order number 2800885 CB TM2 8A M1 P Order number 2800886 CB TM2 10A M1 P Order number 2800887 CB TM2 12A M1 P Order number 2800888 CB TM2 16A M1 P Order number 2800889 CB TM2 0.5A F1 P Order number 2800890 CB TM2 1A F1 P Order number 2800891 CB TM2 2A F1 P Order number 2800892 CB TM2 3A F1 P Order number 2800893 CB TM2 4A F1 P Order number 2800894 CB TM2 5A F1 P Order number 2800895 CB TM2 6A F1 P Order number 2800896 CB TM2 8A F1 P Order number 2800897 CB TM2 10A F1 P Order number 2800898 CB TM2 12A F1 P Order number 2800899 CB TM2 16A F1 P Order number 2800900 PHOENIX CONTACT 33

The best combination for superior system availability TRIO POWER: Robust power supplies • Electrically robust, thanks to high electric strength • Mechanically robust, thanks to high vibration and shock resistance TRIO POWER power supplies are ideal for use in machine building. All functions and the space-saving design are tailored to the stringent demands in this area. The power supply units, which feature an extremely robust electrical and mechanical design, ensure a reliable supply to all consumers, even under harsh ambient conditions. • Highly cost-eff ective, thanks to time-saving, tool-free Push-in connection • Reliable starting of heavy loads, dynamic power reserve 150% (max. 5 s) QUINT POWER: High-performance power supplies • High level of immunity, thanks to integrated gas discharge tube, more than 20 ms mains buff ering • Comprehensive signaling • Preventive function monitoring highlights critical operating states before errors occur QUINT POWER power supplies contain new functions which ensure superior system availability. SFB technology and preventive function monitoring increase the availability of your application. Signaling thresholds and characteristic curves can be individually adjusted. Furthermore, they can be ordered preconfi gured from a batch quantity of just 1. • System can be easily expanded, thanks to static boost with permanent 125% performance • Reliable starting of heavy loads, thanks to dynamic boost with up to 200% power for 5 s The right protection for your requirements Overload and short circuit Overload SFB not necessary Power supply TRIO POWER Boost QUINT POWER Boost QUINT POWER SFB Technology Electronic circuit breakers Thermomagnetic device circuit breakers CBM, CBMC, PTCB, CB E CB TM UT 6-TMC Adapted char. curves SFB, F1, M1 Med. time-lag char. curves M1 PHOENIX CONTACT 35