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2859712 - Phoenix Contact Surge Protection Device

Type 1/2 surge protection device Pluggable lightning current and surge arrester combination, in acc. with typ 1+2 / Class I+II / B+C arresters. Arresters coordinated following the AEC principle, for 3-phase power supply networks with separately installed PE and N (L1, L2, L3, PE, N).


Part #: 2859712
$1,265.00Add to Cart
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Phoenix Contact Surge Protection Device

Color: Gray, Blue, Black
Material: PBT
Connecting Thread: M5
Type: 1,2, DIN Rail Module
Positions: 4
Protection Level: IP20
Nominal Voltage: 240, 415 VAC
Connection: Screw Terminal Blocks
Product Type: Surge Protection Device
  • Connection, protective circuit
    Conductor cross section AWG/kcmil max: 2
    Conductor cross section AWG/kcmil min.: 13
    Conductor cross section solid max.: 35 mm²
    Conductor cross section solid min.: 2.5 mm²
    Conductor cross section stranded max.: 25 mm²
    Conductor cross section stranded min.: 2.5 mm²
    Connection method: Screw terminal blocks
    Connection method: Biconnect terminal block
    Connection type IN: Biconnect screw terminal block
    Connection type OUT: Biconnect screw terminal block
    Screw thread: M5
    Stripping length: 18 mm
    Tightening torque: 4.5 Nm
  • Protective circuit
    Conductor cross section AWG/kcmil max: 16
    Conductor cross section AWG/kcmil min.: 28
    Conductor cross section solid max.: 1.5 mm²
    Conductor cross section solid min.: 0.14 mm²
    Conductor cross section stranded max.: 1.5 mm²
    Conductor cross section stranded min.: 0.14 mm²
    Connection method: Plug-in/screw connection via COMBICON
    Connection name: Remote fault indicator contact
    Max. operating current I<sub>max</sub>: 1 A AC (inductive)
    Max. operating current I<sub>max</sub>: 1 A AC (ohmic)
    Max. operating current I<sub>max</sub>: 30 mA DC (inductive)
    Max. operating current I<sub>max</sub>: 200 mA DC (ohmic)
    Maximum operating voltage U<sub>max.</sub> AC: 250 V AC
    Maximum operating voltage U<sub>max</sub> DC: 125 V DC
    Min. permissible switching capacity: 0.12 VA (12 V, 10 mA)
    Screw thread: M2
    Stripping length: 7 mm
    Switching function: PDT contact
    Tightening torque: 0.25 Nm
  • Remote indicator contact
    Ambient temperature (operation): -40 °C ... 80 °C
    Arrester can be tested with CHECKMASTER from software version:: From SW rev. 3.00
    Color: gray
    Degree of protection: IP20
    Depth: 70 mm
    Design: DIN rail module, two-section, divisible
    Direction of action: 3L-N & N-PE
    Height: 95.8 mm
    Housing material: PBT
    Inflammability class according to UL 94: V0
    Message: Surge protection fault: Optical, remote indicator contact
    Mounting type: DIN rail: 35 mm
    Number of positions: 4
    Pitch unit: 8 Div.
    Pollution degree: 2
    Standards for air and creepage distances: DIN VDE 0110-1
    Standards for air and creepage distances: IEC 60664-1
    Standards for air and creepage distances: IEC 61643-1
    Standards/regulations: IEC 61643-1 2005
    Standards/regulations: EN 61643-11 2002
    Standards/regulations: UL 1449
    Surge voltage category: III
    Width: 142.8 mm
  • Standards
    Arrester rated voltage U<sub>C</sub> (L-N): 350 V AC
    Arrester rated voltage U<sub>C</sub> (N-PE): 350 V AC
    Clamping voltage ringwave (L-N): ? 1.1 kV (category C3 20 kV/10 kA)
    Clamping voltage ringwave (L-N): ? 1 kV (category C2 10 kV/5 kA)
    Clamping voltage ringwave (L-N): ? 0.9 kV (category B3/C1 6 kV/3 kA)
    Clamping voltage ringwave (L-PE): ? 2 kV (category C3 20 kV/10 kA)
    Clamping voltage ringwave (L-PE): ? 1.8 kV (category C2 10 kV/5 kA)
    Clamping voltage ringwave (L-PE): ? 1.5 kV (category B3/C1 6 kV/3 kA)
    Clamping voltage ringwave (N-PE): ? 1.3 kV (category C3 20 kV/10 kA)
    Clamping voltage ringwave (N-PE): ? 1.2 kV (category C2 10 kV/5 kA)
    Clamping voltage ringwave (N-PE): ? 1.1 kV (category B3/C1 6 kV/3 kA)
    EN type: T1 + T2
    Follow current quenching capacity If: 100 A (350 V)
    Follow current quenching capacity If (L-N): 25 kA (264 V AC)
    Follow current quenching capacity If (L-N): 3 kA (350 V AC)
    Follow current quenching capacity If (N-PE): 100 A
    Ground conductor current I<sub>PE</sub>: ? 5 µA (ground conductor current I<sub>PE</sub>)
    IEC category: I + II
    IEC category: T1 + T2
    Impulse operate voltage at 6 kV (1.2/50)µs (N-PE): ? 1.5 kV
    Lightning protection class: I /100 kA (TT, TN-C-S)
    Lightning test current (10/350) µs, charge: 50 As
    Lightning test current (10/350) µs, charge: 50 As
    Lightning test current (10/350) µs, peak value l<sub>imp</sub>: 100 kA
    Lightning test current (10/350) µs, peak value l<sub>imp</sub>: 100 kA (N-PE)
    Lightning test current (10/350) µs, specific energy: 2.50 MJ/?
    Lightning test current (10/350) µs, specific energy: 2.50 MJ/?
    Max. required backup fuse with branch wiring: 315 A (gL/gG)
    Max. required backup fuse with V-type through wiring: 125 A (gL/gG)
    Nominal discharge surge current I<sub>n</sub> (8/20) µs (L-N): 25 kA
    Nominal discharge surge current I<sub>n</sub> (8/20) µs (N-PE): 100 kA
    Nominal frequency f<sub>N</sub>: 50 Hz
    Nominal frequency f<sub>N</sub>: 60 Hz
    Nominal load current I<sub>L</sub>: 125 A (? 55°C)
    Nominal voltage U<sub>N</sub>: 240 V AC (230/400 V AC ... 240/415 V AC)
    Nominal voltage U<sub>N</sub>: 415 V AC (L-L)
    Power consumption without load Pc: ? 3.5 mW
    Protection level U<sub>P</sub> (L-N): ? 1.5 kV
    Protection level UP (N-PE): ? 1.5 kV
    Recommended backup fuse maximum: 160 A (gL/gG, 125 A with serial through wiring)
    Residual voltage (L-N): ? 1.3 kV (at In)
    Residual voltage (L-N): ? 1.1 kV (at 10 kA)
    Residual voltage (L-N): ? 1 kV (at 5 kA)
    Residual voltage (L-N): ? 1 kV (at 3 kA)
    Residual voltage (L-PE): ? 2.2 kV (at In)
    Residual voltage (L-PE): ? 2 kV (at 10 kA)
    Residual voltage (L-PE): ? 1.8 kV (at 5 kA)
    Residual voltage (L-PE): ? 1.6 kV (at 3 kA)
    Residual voltage (N-PE): ? 1.5 kV (at In)
    Residual voltage (N-PE): ? 1 kV (at 10 kA)
    Residual voltage (N-PE): ? 0.9 kV (at 5 kA)
    Residual voltage (N-PE): ? 0.8 kV (at 3 kA)
    Response time (L-N): ? 25 ns
    Response time (L-PE): ? 100 ns
    Response time (N-PE): ? 100 ns
    Short-circuit current self-quenching: 100 A (effective (N-PE))
    Short-circuit resistance I<sub>P</sub> with max. backup fuse (effective): 25 kA
    Standby power consumption P<sub>C</sub>: ? 3.5 mW (? 150 mVA)
    U<sub>T</sub> (TOV-proof): 415 V AC (5 s / L-N)
    U<sub>T</sub> (TOV-proof): 1200 V AC (200 ms / N-PE)
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