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SIEMENS LOW VOLTAGE 3VA IEC MOLDED CASE CIRCUIT BREAKER WITH ELECTRONIC TRIP UNIT. 3VA25 FRAME WITH MEDIUM (CLASS H) BREAKING CAPACITY. 630A 3-POLE Icu: (35KAIC AT 690V) (85KAIC AT 415V). ETU860 TRIP UNIT LCD LSIG WITH METERING. SPECIAL FEATURES: CONNECTION WITH LUG TERMINAL / NUT KEEPER.. DIMENSIONS (W x H x D) IN: 8.3 x 12.6 x 6.1.

PowerPacT L-Frame circuit breakers are designed to protect electrical systems from damage caused by overloads and short circuits. PowerPacT L-Frame circuit breakers are available with electronic trip units. All PowerPacT L-Frame circuit breakers are equipped with dual-break rotating contacts that reduce the amount of peak current during a short circuit fault. All PowerPacT circuit breakers have an integral push-to-trip button in the cover to manually trip the circuit breaker. PowerPacT L circuit breakers are available in 3 and 4-pole unit mount, I-Line, and drawout constructions. This PowerPacT L, 600A, 3 pole, circuit breaker has an interrupting rating of 100kA at 600VAC. This circuit breaker provides MicroLogic Standard with a 3.3 trip unit and an LI function. This unit has lugs on both the line and load sides. This circuit breaker has a continuous current rating of 80%. PowerPacT L circuit breakers comply to UL, CSA, NOM, and IEC standards and are CE marked.

Molded Case Circuit Breaker, 125A Frame, 25A, Thermal Magnetic, 35kA@480V, 50kA@415V, 3 Pole, Interrupting Code G3

TeSys F DC coil 110V (voltage code FD), low sealed consumption, for TeSys F 3-pole and 4-pole contactors LC1F780. Set of 2 identical coils, to be connected in series. It operates in the voltage limits 0.85-1.1 Uc and environments until 55°C. It provides to the contactor high operating rates until 600 cycles/hour. Green Premium compliant (RoHS/REACh).

SIEMENS LOW VOLTAGE 3VA UL MOLDED CASE CIRCUIT BREAKER WITH THERMAL - MAGNETIC TRIP UNIT. 3VA51 FRAME WITH MEDIUM (CLASS M) BREAKING CAPACITY. 40A 4-POLE (18KAIC AT 600Y/347) (35KAIC AT 480V). TM240 TRIP UNIT WITH ADJUSTABLE Ir ADJUSTABLE Ii. SPECIAL FEATURES: WITHOUT LUGS. DIMENSIONS (W x H x D) IN: 4 x 5.5 x 3.7.

CIRCUIT-BREAKER SZ S0, FOR TRANSFORMER PROT. A-RELEASE 17...22A, N-RELEASE 364A, SPRING-L. CONNECTION, STANDARD SW. CAPACITY

Drive conventional rail connections 3-pole, size s10 auxiliary contacts 2NO+2NC AC/DC operation 440-480v uc VAC. contactor, 132KW/400v/AC-3

Miniature Circuit Breakers, 1 Pole Configuration, Trip Curve C, 6A

Knife disconnect terminal block, with 180° rotated disconnect knife, nom. voltage: 400 V, nominal current: 20 A, 1 level, connection method: Spring-cage connection, Rated cross section: 2.5 mm², cross section: 0.08 mm² - 4 mm², mounting: NS 35/7,5, NS 35/15, color: gray

HIGH-CURRENT TERMINAL WITH SCREW CONNECTION, SECTION: 35 - 95 MM2, AWG: 2 - 4/0, WIDTH: 25 MM COLOR: BLUE

MOVING PART FOR C.BREAKER SACE EMAX2 E1.2N 1600 FOUR-POLE WITH SOLID-STATE RELEASE IN AC EKIP/TOUCH-LI R 1600 FITTED WITH: 4 AUXILIARY CONTACT AND C.BREAKER IN POSITION OPEN-CLOSED

MOVING PART FOR C.BREAKER SACE EMAX2 E2.2N 1250 THREE-POLE WITH SOLID-STATE RELEASE IN AC EKIP/TOUCH-LI R 1250 FITTED WITH: 4 AUXILIARY CONTACT AND C.BREAKER IN POSITION OPEN-CLOSED

Amp-Trap DCT fuses were developed to meet requirements coming from new applications such as protection of photovoltaic cells, multi meters and compact on board traction equipment for auxiliary circuits. This high performance DC fuse in its compact size offers multiple competitive advantages particularly for international applications where DC voltage requirements are above 600VDC.

The NH system is classified among plug-in fuse systems and is composed of , fuse-base (possibly including terminal covers and phase barriers) , fuse-link with blade contact , fuse-link replacement device (LV HRC fuse puller) Since the design of this system cannot guarantee non-interchangeability of rated current it must be handled by a qualified professional. Type "gG" NH fuse-links are full range breaking capacity fuse-links and are used to protect cables and equipment. They can interrupt any current surge, from the lowest fusing current up to their breaking capacity, and so can be used alone as protection. They also protect electrical devices and industrial set-ups from the electrodynamic effects of very high short-circuit currents.