Leviton® CDA01-L12 Solid Core Sub-Metering Current Transformer, 100:0.1 Current Ratio, 100 A Primary, 0.1 A Secondary
Current Transformers
1292431
MFG #: CDA01-L12
Leviton®
23.43000
/ ea
- Application: Commercial, Industrial Facilities, Retail, Street and Stadium Lighting Applications
- ARRA Compliant: C
- Buy American Compliant: C
- Catalog Number: CDA01-L12
- Country of Origin: CN
- Ct Ratio: 100:0.1 A
- Dimensions: 0.72 in ID x 2.06 in OD x 0.82 in H x 26 in W
- EU RoHS Indicator: C
- Gross Weight Per Pack: 0.2600 lb
- Gross Weight per Pack Metric: 0.12
- Gross Weight UOM Metric: kg
- Height: 0.75 in
- Height [Metric]: 19.0500 mm
- Length: 7.00 in
- Length [Metric]: 17.7800 cm
- Standard: UL916 Plus;CSA C22.2 no. 61010-1;ANSI
- Type: Solid Core Sub-Metering
- Type Of Core: Solid
- UNSPSC: 39121032
- UPC 11: 07847754713
- UPC 12: 078477547137
- Width: 4.00 in
- Width [Metric]: 10.1600 cm
- Stock Status: NONSTOCK
- Brand: Leviton®
- Manufacturer: Leviton Manufacturing Co., Inc.
- Current Ratio: 100:0.1
- Primary Current: 100 A
- Secondary Current: 0.1 A
Leviton® Current Transformer, Solid Core Sub-Metering, 100:0.1 Current Ratio, 100 A Primary Current, 0.1 A Secondary Current, 0.3 % Accuracy, 0.72 in ID x 2.06 in OD x 26 in W x 0.82 in H Dimensions
- Applications
- Features
| Commercial, Industrial Facilities, Retail, Street and Stadium Lighting Applications |
| Split Core CTs Can be Disassembled or Split in to Halves, Eliminating the Need to Turn Power Off and Open the Circuit During Installation, This Time-Saving Installation is Ideal for Critical Loads that Cannot be Disconnected, Split Core CTs Close Securely |
| Solid core current transformers are cost-effective transformative and less susceptible to damage during installation |
| This time-saving installation is ideal for critical loads that cannot be disconnected |
| The current transformer secondary wires current transformer to the meter facilitating power and e |
| They are comp current transformer and cost-effective transformative |
| Solid core current transformers are accurate (0.3% maximum error) |
| For installation, power must be de-energized and the circuit opened in order to slip the current transformer over the power line |
| Eliminating the need to turn power off and open the circuit during installation |
| Can be disassembled or split in to halves |
| Solid core current transformers slip over power lines to measure the electrical current flowing |