9.6 Volt DC, Pole, Wire, Communication Module Surge Protective Device
Allen-Bradley DH-485 Network, Surface Mounted, 6-Pin Header Wired, in a NEMA 1 Enclosure
LevitonÕs Surge Protection Devices can be used individually or as part of a coordinated application strategy, to protect sensitive electronic equipment, in industrial, commercial and residential locations, from the stress and degradation inflicted by voltage transients. Leviton Surge Protection Devices are compliant with UL 1449 Standards. LevitonÕs outstanding Surge Protection Devices divert damaging voltage transients, or surges, away from electronic equipment. Transients are diverted away from sensitive micro circuitry, providing protection against catastrophic failure, costly downtime and data disruptions.
Operating Temperature: -40¡C to 60¡C
Relative Humidity: 0 to 95% Non-Condensing
Storage Temperature: -40C to 90C
Ground Tab Material: Plated Steel
Maximum Capacitance: 53pF (L-G) 53pF (L-L)
Maximum DC Operating Voltage: (-)4.5 to 4.5
Maximum Surge Current: 1kA
Diagnostics: None
MCOV: 81V
Max 1-Pulse Transient Current L-G: 1kA
Mounting Type: Surface
Noise Rejection: N/A
Standards and Certifications: UL 497B / CSA / ANSI/IEEE / CE
Type: Allen-Bradley DH-485 Network
Voltage: 9.6 VDC
Wiring: 6-Pin Header
UL: 497B Listed
Operating Temperature: -40¡C to 60¡C
Relative Humidity: 0 to 95% Non-Condensing
Storage Temperature: -40C to 90C
Ground Tab Material: Plated Steel
Maximum Capacitance: 53pF (L-G) 53pF (L-L)
Maximum DC Operating Voltage: (-)4.5 to 4.5
Maximum Surge Current: 1kA
Diagnostics: None
MCOV: 81V
Max 1-Pulse Transient Current L-G: 1kA
Mounting Type: Surface
Noise Rejection: N/A
Standards and Certifications: UL 497B / CSA / ANSI/IEEE / CE
Type: Allen-Bradley DH-485 Network
Voltage: 9.6 VDC
Wiring: 6-Pin Header
UL: 497B Listed