The EX510 series makes it possible to connect more valves and sensors than with conventional units.? With the introduction of the EX510 series, only a power supply cable to the GW unit is required, resulting in wire-savings.? Setting the address for the SI unit, output unit and input unit is no longer required, only the address for the GW unit needs to be set.?
The EX510 series makes it possible to connect more valves and sensors than with conventional units. With the introduction of the EX510 series, only a power supply cable to the GW unit is required, resulting in wire-savings. Setting the address for the SI unit, output unit and input unit is no longer required, only the address for the GW unit needs to be set.
The EX510 series makes it possible to connect more valves and sensors than with conventional units. With the introduction of the EX510 series, only a power supply cable to the GW unit is required, resulting in wire-savings. Setting the address for the SI unit, output unit and input unit is no longer required, only the address for the GW unit needs to be set.
The EX510 series makes it possible to connect more valves and sensors than with conventional units. With the introduction of the EX510 series, only a power supply cable to the GW unit is required, resulting in wire-savings. Setting the address for the SI unit, output unit and input unit is no longer required, only the address for the GW unit needs to be set.
The EX510 series makes it possible to connect more valves and sensors than with conventional units. With the introduction of the EX510 series, only a power supply cable to the GW unit is required, resulting in wire-savings. Setting the address for the SI unit, output unit and input unit is no longer required, only the address for the GW unit needs to be set.
The EX510 series makes it possible to connect more valves and sensors than with conventional units. With the introduction of the EX510 series, only a power supply cable to the GW unit is required, resulting in wire-savings. Setting the address for the SI unit, output unit and input unit is no longer required, only the address for the GW unit needs to be set.
The EX510 series makes it possible to connect more valves and sensors than with conventional units. With the introduction of the EX510 series, only a power supply cable to the GW unit is required, resulting in wire-savings. Setting the address for the SI unit, output unit and input unit is no longer required, only the address for the GW unit needs to be set.
The EX510 series makes it possible to connect more valves and sensors than with conventional units. With the introduction of the EX510 series, only a power supply cable to the GW unit is required, resulting in wire-savings. Setting the address for the SI unit, output unit and input unit is no longer required, only the address for the GW unit needs to be set.
The EX510 series makes it possible to connect more valves and sensors than with conventional units. With the introduction of the EX510 series, only a power supply cable to the GW unit is required, resulting in wire-savings. Setting the address for the SI unit, output unit and input unit is no longer required, only the address for the GW unit needs to be set.
connector assy, SY3000 SOL/VALVE, RUBBER SEAL*** $4.91 + Add to Quote Add To Cart Add to Cart SMC SY3000-37-81A-3-N ex510 connector assy, SY3000 SOL/VALVE, RUBBER SEAL*** $2.60
SS0755 Base mounted with EX510 gateway serial system. EX510 can connect up to 64 outputs and 64 inputs. Available protocol include CC-Link, DeviceNet™, and PROFIBUS®. Plug lead serial transmission, S kit; Decentralized serial EX510; Up to 8 stations available as standard
The volume ratio of the EX510 SI unit is 60% more compact than the EX120.
SJ3000 manifold with EX510 gateway serial transmission system. EX510 can connect up to 64 outputs and 64 inputs. Available protocol include CC-Link, DeviceNet™, and Profibus®. Up to 16 solenoids; Up to 4 manifolds can be connected to on EX510 gateway; Available with positive and negative common specification
The volume ratio of the EX510 SI unit is 60% more compact than the EX120.
SS0751 Slim compact bar base manifold with EX510 gateway serial transmission system. EX510 can connect up to 64 outputs and 64 inputs. Available protocol include CC-Link, DeviceNet™ and PROFIBUS®. Up to 16 solenoids; Up to 4 manifolds can be connected to one EX510 gateway; Available with positive and negative common specification
The volume ratio of the EX510 SI unit is 60% more compact than the EX120.
The EX510 series makes it possible to connect more valves and sensors than with conventional units. With the introduction of the EX510 series, only a power supply cable to the GW unit is required, resulting in wire-savings. Setting the address for the SI unit, output unit and input unit is no longer required, only the address for the GW unit needs to be set.
SJ2000 manifold with EX510 gateway serial transmission system. EX510 can connect up to 64 outputs and 64 inputs. Available protocol include CC-Link, DeviceNet™, and Profibus®. Up to 16 solenoids; Up to 4 manifolds can be connected to one EX510 gateway; Available with positive and negative common specification
SJ3000 manifold with EX510 gateway serial transmission system. EX510 can connect up to 64 outputs and 64 inputs. Available protocol include CC-Link, DeviceNet™, and Profibus®. Up to 16 solenoids; Up to 4 manifolds can be connected to on EX510 gateway; Available with positive and negative common specification
The EX510 series makes it possible to connect more valves and sensors than with conventional units. With the introduction of the EX510 series, only a power supply cable to the GW unit is required, resulting in wire-savings. Setting the address for the SI unit, output unit and input unit is no longer required, only the address for the GW unit needs to be set.