Product Description
The ACME T153006 is a low voltage distribution transformer with a single phase and 0.15kVA. Designed for industrial and commercial applications, it operates quietly with sound levels below NEMA standards and features an electrostatic shield for enhanced protection. It has primary voltage of 240 X 480 and secondary voltage of 120/240 V.
- Quiet operation with sound levels below NEMA standards
- Electrostatic shield for enhanced protection
- Encapsulated core and coil
Product Highlights
This distribution transformer is designed for industrial and commercial applications. It features quiet operation and enhanced protection.
Product Information
Standard Information
-
Brand: ACME
-
Manufacturer Part Number: T153006
-
Country of Origin: CN
Technical Specifications
-
Catalog Number: T153006
-
Construction: Encapsulated
-
kVA: 0.1
-
Material Type: ZFIN
-
Max Temperature Rise: 115 Degrees Celsius
-
Mounting Type: Wall
-
Primary Voltage - Winding: 240 X 480
-
Product Category: Dry Type Distribution Transformer
-
Secondary Voltage - Winding: 120/240 V
-
UL Insulation Class: 130
C
-
UPC: 047503085387
-
Winding Material: CU
-
Frequency Rating: 50/60 Hz
-
Primary Voltage: 240 X 480 V
-
CSA Standard: C22.2 No. 47
-
Nema Rating: NEMA 3R
-
UL Standard: UL 506
-
Enclosure Type: NEMA 3R
-
Insulation: 130 deg C
-
Maximum Amperage Rating: 0.9/1.8/3.6 A
-
Phase: 1 ph
-
Secondary Voltage: 120, 240 V
-
Temperature Rating (Degrees F): 115 deg C
-
Type: Low Voltage
-
Connection type: Wire Lead
-
Housing material: ZFIN
-
Manufacturer Name: Hubbell
-
UNSPSC: 39121001
-
Brand: Acme
-
Specification Met: NEMA
-
Volts AC: 120, 480, 240
-
Volt Amps: 150
-
Maximum Frequency: 60 Hz
-
Minimum Frequency: 50 Hz
-
Power Rating: 0.15 kVA
-
Temperature Rating: 115
C
-
Connection Type: Wire Lead Screw
-
Cooling: Air Cooled/Dry
-
Enclosure: NEMA 3R Steel
-
Application: Harsh Industrial Locations, Corrosive Chemical Exposure and Waste Water Treatment Facilities
-
Winding: Aluminum, Configuration: Primary - Two Winding, Secondary - Two Winding