SACEMI GAMAR new motors

Note if B5 or B14 motors are not available, a B3 motor can be supplied at the extra cost of the matching flanges. Available in B14 form on request at the same price as B5 – remember to state the B14 code.

DECLARATION OF CONFORMITY

The asynchronous electric motors shown in this catalogue carry the CE conformity marking because they meet the requirements of standard IEC 34-1, the European directives, No. 73/23 CE of 19.02.1973 as amended, and directive 93/68 of 22.07.1993. These products generate no electromagnetic interference according to documents CEI EN 50081-1 and CEI EN 50081-2, ratified by standard CISPR 22. These motors are suitable for operating in their own electromagnetic fields and therefore meet the requirements of directive 89/336 CE and its amendment 93/68 CE. The motors must be installed in accordance with European standard EN 60204-1 "Electrical equipment of machines".

Available on request with high starting torque

EXTRA

on/off switch, large terminal-box cover and 36 cm cable with Schuko plug

Insulation class = F

Voltage = 230 V

DECLARATION OF CONFORMITY

The asynchronous electric motors shown in this catalogue carry the CE conformity marking because they meet the requirements of standard IEC 34-1, European directives 73/23 CE of 19.02.1973 as amended, and directive 93/68 of 22.07.1993. These products generate no electromagnetic interference according to documents CEI EN 50081-1 and CEI EN 50081-2, ratified by standard CISPR 22. These motors are suitable for operating in their own electromagnetic fields and therefore meet the requirements of directive 89/336 CE and its amendment 93/68 CE. The motors must be installed in accordance with European standard EN 60204-1 "Electrical equipment of machines".

Note

for discounts on the products on this page, contact our sales department.

Covers and flanges for B14 motors.

DESCRIPTION

Switch protection provided by an amperometric thermal protection function.
Fuse for a jammed shaft.
Protection against accidental restart by an undervoltage coil.

SINGLE-PHASE 4-POLE B3 230 V 50 Hz

The components are made on modern machine tools, automatic winding machines, balancing systems and test benches that check every aspect of mechanical and electrical operation. Flexible in-house equipment considerably shortens the time needed to make moulds and tooling for casting motor bodies or custom parts. The electrical design runs in parallel with the mechanical design so that the requested product is executed in harmony. Besides the normal inspection of the finished product, the test laboratory verifies all samples and declares their conformity with the original design.

The components are made on modern machine tools, automatic winding machines, balancing systems and test benches that check every aspect of mechanical and electrical operation. Flexible in-house equipment considerably shortens the time needed to make moulds and tooling for casting motor bodies or custom parts. The electrical design runs in parallel with the mechanical design so that the requested product is executed in harmony. Besides the normal inspection of the finished product, the test laboratory verifies all samples and declares their conformity with the original design.

The components are made on modern machine tools, automatic winding machines, balancing systems and test benches that check every aspect of mechanical and electrical operation. Flexible in-house equipment considerably shortens the time needed to make moulds and tooling for casting motor bodies or custom parts. The electrical design runs in parallel with the mechanical design so that the requested product is executed in harmony. Besides the normal inspection of the finished product, the test laboratory verifies all samples and declares their conformity with the original design.

The components are made on modern machine tools, automatic winding machines, balancing systems and test benches that check every aspect of mechanical and electrical operation. Flexible in-house equipment considerably shortens the time needed to make moulds and tooling for casting motor bodies or custom parts. The electrical design runs in parallel with the mechanical design so that the requested product is executed in harmony. Besides the normal inspection of the finished product, the test laboratory verifies all samples and declares their conformity with the original design.

The components are made on modern machine tools, automatic winding machines, balancing systems and test benches that check every aspect of mechanical and electrical operation. Flexible in-house equipment considerably shortens the time needed to make moulds and tooling for casting motor bodies or custom parts. The electrical design runs in parallel with the mechanical design so that the requested product is executed in harmony. Besides the normal inspection of the finished product, the test laboratory verifies all samples and declares their conformity with the original design.

The components are made on modern machine tools, automatic winding machines, balancing systems and test benches that check every aspect of mechanical and electrical operation. Flexible in-house equipment considerably shortens the time needed to make moulds and tooling for casting motor bodies or custom parts. The electrical design runs in parallel with the mechanical design so that the requested product is executed in harmony. Besides the normal inspection of the finished product, the test laboratory verifies all samples and declares their conformity with the original design.

The components are made on modern machine tools, automatic winding machines, balancing systems and test benches that check every aspect of mechanical and electrical operation. Flexible in-house equipment considerably shortens the time needed to make moulds and tooling for casting motor bodies or custom parts. The electrical design runs in parallel with the mechanical design so that the requested product is executed in harmony. Besides the normal inspection of the finished product, the test laboratory verifies all samples and declares their conformity with the original design.

The components are made on modern machine tools, automatic winding machines, balancing systems and test benches that check every aspect of mechanical and electrical operation. Flexible in-house equipment considerably shortens the time needed to make moulds and tooling for casting motor bodies or custom parts. The electrical design runs in parallel with the mechanical design so that the requested product is executed in harmony. Besides the normal inspection of the finished product, the test laboratory verifies all samples and declares their conformity with the original design.