Leviton® VerifEye™ CTC08-K46 Solid Core Sub-Metering Current Transformer, 800:0.1 Current Ratio, 800 A Primary, 0.1 A Secondary

Current Transformers
1051889 MFG #: CTC08-K46
Leviton®
182.12000 / ea
  • Application: Commercial
  • ARRA Compliant: C
  • Buy American Compliant: C
  • Catalog Number: CTC08-K46
  • Country of Origin: US
  • Ct Ratio: 800:0.1 A
  • Currency: USD
  • Dimensions: 3.5 in ID x 5.39 in L x 1.25 in W x 3 in H
  • EU RoHS Indicator: C
  • Gross Weight Per Pack: 1.3000 lb
  • Gross Weight per Pack Metric: 0.59
  • Height: 1.50 in
  • Length: 6.00 in
  • Standard: UL916 Plus;CSA C22.2 no. 61010-1;ANSI
  • Standards: ARRA CompliantBuy American Act CompliantRoHS CompliantUL 916CSA C22.2 No. 61010-1ANSI SpecifiedASHRAE 90.1Title 24 Compliant
  • Type: CURRENT TRANSFORMER
  • Type Of Core: Split
  • UNSPSC: 39121032
  • UPC 11: 07847755219
  • UPC 12: 078477552193
  • Width: 6.00 in
  • Stock Status: NONSTOCK
  • Brand: Leviton®
  • Manufacturer: Leviton Manufacturing Co., Inc.
  • Current Ratio: 800:0.1
  • Primary Current: 800 A
  • Secondary Current: 0.1 A
Leviton® VerifEye™ Current Transformer, Solid Core Sub-Metering, 800:0.1 Current Ratio, 800 A Primary Current, 0.1 A Secondary Current, 0.1 % Accuracy, 3.5 in ID x 5.39 in L x 1.25 in W x 3 in H Dimensions
QTY
  • Applications
  • Features
Commercial
Leviton Solid Core CTs Are Cost Effective and Less Susceptible to Damage During Installation, Solid Core Cts Slip Over Power Lines to Measure The Electrical Current Flowing Through The Line, The Ct "Secondary" Wires Connect to The Meter, Facilitating Powe
Split core current transformers can be disassembled or split in to halves eliminating the need to turn power off and open the circuit during installation
The time saving installation is ideal for critical loads that cannot be disconnected
Solid core current transformers are cost-effective and less susceptible to damage during installation
The current transformer secondary wires connect to the meter facilitating power
Solid core current transformers slip over power lines to measure the electrical current flowing through the line