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Conflict Minerals Reporting Template (CMRT)

9AKK108467A5658

Degree of Protection

Front IP20

acc. to IEC 60529 IP20

IP65

Front IP00

IP66

IP54

IP20

IP67

Discharge Current

Nominal (8 / 20 µs) 20 kA

I (max, 8 / 20 µs) 240 kA

I (max, 8 / 20 µs) 130 kA

Number of DIN Rails for Mounting

Number of Modular Spacings per DIN Rail

Number of Poles

3P+N

Power Loss

at Rated Operating Conditions per Pole 6.5 W

at Rated Operating Conditions per Pole 4 W

at Rated Operating Conditions per Pole 10 W

at Rated Operating Conditions per Pole 48 W

at Rated Current 36 W

at Rated Operating Conditions per Pole 40 W

at Rated Operating Conditions per Pole 1.6 W

at Rated Operating Conditions per Pole 75 W

at Rated Operating Conditions per Pole 46 W

at Rated Operating Conditions per Pole 30 ... 32 W

at Rated Operating Conditions per Pole 8 W

at Rated Operating Conditions per Pole 2 W

at Rated Current 2 W

at Rated Operating Conditions per Pole 29 W

at Rated Operating Conditions per Pole 4.0 W

at Rated Operating Conditions per Pole 0.6 W

at Rated Current 8 W

at Rated Operating Conditions per Pole 2.8 W

at Rated Operating Conditions per Pole 96 W

Rated current

100 A (UL)

125 A (IEC)

16 A (IEC)

32 A (IEC)

30 A (UL)

12 A (UL)

48 A (UL)

63 A (IEC)

25 A (IEC)

20 A (UL)

12.5 A (UL)

45 A (IEC)

40 A (UL)

Rated Insulation Voltage

800 V AC

1000 V

800 V

Rated Operational Voltage

Main Circuit 1000 V

Main Circuit 600 V AC

Main Circuit 750 V

440 V DC

Main Circuit 690 V AC

690 V AC

1500 V

Main Circuit 200...480 V AC

Acc. to IEC 690 V AC

690 / 1000 V AC/DC

230 ... 400 V AC

Acc. to UL 240 V AC

acc. to IEC 60898-1 240 V

Main Circuit 800 V

1000 V DC

Main Circuit 380…690 V AC

Main Circuit 220…240 V

Main Circuit 208…480 V

Rated peak withstand current

10 kA

25 kA

Rated voltage

690 V AC (IEC)

600 V AC (UL)

600 V AC/DC (UL)

600 V DC (IEC)

REACH Declaration

1SCC011021D0201

1SCC301240D0201

RoHS Information

1SCC011020D0201

1SCC301239D0201

RoHS Status

No declaration needed

Following EU Directive 2011/65/EU and Amendment 2015/863 July 22, 2019

Following EU Directive 2011/65/EU

SCCR

100 kA (CB 125 A/480 V AC)

65 kA (CB 125 A/600 V AC)

100 A (Class J 175 A)

100 kA (protected)

10 kA (unprotected)

50 kA (Class J 60 A / 600 V AC)

6 kA

50 kA (Class CC 20 A / 600 V AC)

Short-circuit current rating (SCCR)

Any UL Listed Fuses or Circuit-Breakers 10 kA

Fuse, see Catalog 50 kA

Any UL Listed Fuses or Circuit-Breakers 40 kA

0.03 ... 0.03 A

Standards/regulations

GB/T 7251.1

IEC 61439-2

IEC 61439-1

IEC 60999-1

IEC 60999-2

Transformer Type

Encapsulated

Control Power

Machine Tool

General Purpose

Drive Isolation

Buck Boost

Electrostatic Shield

Autotransformer

Totally Enclosed Non-Ventilated (TENV)

Harmonic Mitigating

Servicenter (Load Center & Xfmr Combination)

Noise Isolation - Shield, Electrostatic

Control and Isolating

Low Audible Noise

K-Factor 13

Voltage Protection Level ( Up)

(N-PE) 1 kV

900 kV

(L-N) 900 kV

(N-PE) 900 kV

Phoenix Contact

Advantech

ABB offers new OTDC Switch-disconnectors specially designed for reliable switching for ESS applications were higher performance is needed. They are durable and virtually maintenance-free, and offer easy installation for all imaginable situations.
Depending on the ESS layout and the customer’s wishes, the OTDC switch-disconnectors may be used in one or more sections of the overall setup, for the battery protection.
Main characteristics of this particular OTDC type:
Rated conditional short circuit current with fuses is 30kA, 4-Pole, 1500Vdc, Approved according to UL98B and IEC 60947-1,-3

OTDC1000UFV22-ESS

OTDC25UT4 PV Disconnect Switch, Terminal bolt kit included, Handle and shaft need to be ordered separately, Door mounting, UL 600 VDC 25 A double circuit, IEC 660 VDC 25 A double circuit, IEC 1000 VDC 16 A double circuit

OTDC25UT4

A fully optimized four-pole DC switch-disconnector for 1500V utility-scale photovoltaic power plants covering 250-630A current range. The new design offers both a size reduction and an increase in efficiency and performance to help manufacturers adapt to the industry’s rapid adoption of 1500V DC solutions.
The four-pole 1500V DC concept helps manufacturers improve system efficiency, reducing switch losses. The compact size of the new OTDC range makes it possible for manufacturers to reduce the size of combiner boxes and inverters.
Main characteristics of this particular OTDC type:
Disconnect double PV circuit, Approved according to UL98B and IEC 60947-1,-3

OTDC800UFV22

OTDV400FK1 Direct Mounted Handle Kit - Direct mounted handle with handle lenght 95mm. Suitable for OTDC315…800F_ and OTDC250…600UF_ M-series. Package contains 1pc direct mounted handle, mechanism cover and shaft. Recommended to use with OTDC_F 2-pole switch.

OTDV400FK1

OTVS0

Lug kit, wire range 1x 2 AWG - 600 MCM, 3 lugs

OZXA-26/3P

OZXE54/3E

DSFHS-17

OHB125LH12

OT switch-disconnectors are suitable for a wide range of demanding applications such as machinery, power distribution, switchboards and motor control center installations. These devices are globaly available and comply with all relevant standards. The complete OT range is available from 16A to 4000A for IEC and 16A to 2000A for UL market. Thanks to their modular structure from 160A and upward, they also help to create purpose-built solutions with the right pole configuration and can be equipped with direct mount handles or side-operated. The smart design eliminates also the need of major customization for busbar connections which saves costs. The switches can be found in both manual and motorized applications. The complete range also include a comprehensive range of inbuilt safety features and offers snap-on accessories that saves installation time and costs.

OT160EV03

ABB offers new OTDC Switch-disconnectors specially designed for reliable switching for ESS applications were higher performance is needed. They are durable and virtually maintenance-free, and offer easy installation for all imaginable situations.
Depending on the ESS layout and the customer’s wishes, the OTDC switch-disconnectors may be used in one or more sections of the overall setup, for the battery protection.
Main characteristics of this particular OTDC type:
Rated conditional short circuit current with fuses is 30kA, 4-Pole, 1500Vdc, Approved according to IEC 60947-1, -3

OTDC800UF22-ESS

OTDCB400F/2 Phase Barrier Kit - Grey phase barrier is suitable for OTDC315…800F_ and OTDC250…600UF_ DC switches. Phase barrier is mandatory on all OTDC M-series types, except OTDC_F_11. Package of 2pcs.

OTDCB400F/2

The all-new TruONE is the world’s first true purpose-built automatic transfer switch, engineered to incorporate switch and controller in one seamless unit.
Performance tested beyond standard requirements, TruONE stands ready to ensure the steady delivery of critical power at all times.
Its self-contained design reduces the number of wires and connections, which speeds installation and minimizes the potential for connection failures to ensure best-in-class reliability.
Its predictive maintenance and modular components reduce downtime and service costs. And its advanced connectivity is ready for the future.
Every TruONE features a wide voltage range from 200 to 480 VAC (with +/-20% tolerance), reducing the need to stock multiple SKUs, reducing inventory and saving space in the warehouse.
Main characteristics of this particular TruONE type:
Open style ATS, open transition type I-II operation, Level 2 controller (DIP)

OXA400U3X2QB

A fully optimized two-pole DC switch-disconnector for 1000V utility-scale photovoltaic power plants covering 315-630A current range. The new design offers both a size reduction and an increase in efficiency and performance. 
The two-pole 1000V DC Switch helps manufacturers improve system efficiency. Measuring just 150mm wide and 122mm high, the compact size of the new OTDC range makes it possible for manufacturers to reduce the size of combiner boxes and inverters.
Main characteristics for this particular OTDC type:
Disconnect single PV circuit, Approved according to UL98B and IEC 60947-1,-3

OTDC250UF11

9T83B2673G15

ABB Low Voltage Dry Type transformers  are built to last and are designed with exclusive features.  With easy installation and all of the specifications you trust, it’s easy to see why ABB QL dry type transformers are preferred by contractors. They are available with aluminum or copper windings and in all three temperature rise ratings.

ABB’s type QL K-Factor transformers are designed to withstand the additional heating that accompanies the presence of harmonics in electrical systems. K-Factor transformers are designed not to eliminate harmonics, but to withstand their negative effects. They are available with aluminum or copper windings and in all three temperature rise ratings. Type QL transformers meet DOE 2016 efficiency standards.

9T83B3474G03

9T83B3474G03 Low Voltage Dry Type Transformer-LPT

Drive Isolation Transformer (DIT) is designed to specifically handle the mechanical stresses, voltage distortions, and harmonics associated with silicon-controlled rectifiers (SCR) applications. Drive Isolation Transformers have symmetrically placed taps and added coil bracing to withstand the mechanical forces caused by severe SCR duty cycles. These features also help to protect the transformer from the regenerative duty and more frequent short-circuits associated with SCRs.

9T83B4005G72

9T83B4005G72 Low Voltage Dry Type Transformer-LPT

9T83B4006G71

9T83B4006G71 Low Voltage Dry Type Transformer-LPT

9T83B4007G51

9T83B4007G51 Low Voltage Dry Type Transformer-LPT

9T83B4008G28

9T83B4008G28 Low Voltage Dry Type Transformer-LPT

EM-CPS

EM-CPS-DA

EM-CPS-TB

ABB&#39;s OHB series comprises pistol-style handles engineered for the manual operation of switch-disconnectors and switch fuses. These handles are designed to ensure reliable performance across various industrial applications.​Key Features of the OHB Series:<ul><li>Design and Operation: The OHB handles feature a pistol grip design, facilitating straightforward and efficient manual control of electrical switches.​</li><li>Compatibility: These handles are compatible with ABB&#39;s range of switch-disconnectors and switch fuses, ensuring seamless integration within electrical systems.​</li><li>Durability: Constructed to withstand demanding conditions, OHB handles are built for longevity and consistent performance.</li></ul>

OHB Handle

Power Products

Power Distribution &amp; Protection

Electrical Distribution and Protection Components