GW System, 4 Branches Series EX510 nit Compatible communication network ∗ Input units with covers 16-point input unit (interlinks 16 connectors) ∗ The product is shown without a cover. 16-point input unit (interlinks 8 connectors) ∗ The product is shown without a cover. Pressure switch Auto switch Two 2-wire auto switches can be connected to a single connector. connectors Flow switch

it SI un ding Inclu ld valve o manif Output equipment Valve, indicator light, relay, buzzer, etc. can be connected. 2 port solenoid valve

Features of Series EX510 Conventional Programmable logic controller Power supply Programmable logic controller Power supply Including SI unit manifold valve Input unit Including SI unit manifold valve Input unit Input unit Including SI unit manifold valve Input unit Including SI unit manifold valve Serial transmission system Input unit Input unit Including SI unit manifold valve Input unit Input unit Output unit Including SI unit manifold valve Including SI unit manifold valve More valves and sensors can be connected. • The introduction of the EX510 series makes it possible to connect more valves...

• The SI unit which connects output devices such as a solenoid valve has a compact design, compared with a existing model. (Compactness: volume ratio more than 60%) Existing model (Series EX120) Can flexibly change to Field Bus. • In the past, all the part numbers of slave units were needed to be changed by returning it to the manufacturer and reordering (re-estimate, delivery time) it. • After the introduction of the EX510 series, only the GW unit needs to be changed. Adoption of connectors which do not require any special tools for installation No special tools are required for press-fitting...

Cable length of up to 20 meters is available. Various units can be connected within a radius of 20 meters around the GW unit. ifold Man e valv Delay in transmission of 1 ms or less The delay in transmission between the GW unit and SI unit/Output unit/Input unit is 1 ms or less. The occupying number of points in the GW unit can be configured flexibly by setting a switch. 64 inputs/64 outputs (Initial setting) Making I/O flexible 16 inputs (Side view of the GW unit) ∗ Setting is different depending on the respective protocol. Refer to the specifications for details. Feature Effectively using the...

Each unit is protected against a short-circuit from a power supply load. Input/Output unit fuses are replaceable. The short circuit protection is integrated for the SI unit. Replaceable fuse

Communication protocol EX510-G MJ1 Power supply connector Specifications Model Applicable Protocol Version Note 1) system Communication connector Communication speed Configuration file Note 2) I/O occupation area (Inputs/Outputs) Terminating resistor Power For unit supply voltage For sensors For valve Internal current consumption Number of inputs Connection input device Supply voltage Supply current Number of outputs Connection output device Supply voltage Supply current Branch cable length Enclosure Operating temperature range Operating humidity range Withstand voltage Insulation resistance...

For connecting with a network, using the communication connector (!0), which is part of the accessories. Power supply socket (PWR(V)) Supplies power for output devices, which have a power supply connector (!1), such as a solenoid valve. Power supply socket (PWR) Supplies power for input devices, which have a power supply connector (!1), such as a sensor. Branch connector (for input) on GW unit side Connects input units, etc., using a branch cable (EX510-FC). Branch connector (for output) on GW unit side Connects the SI unit (manifold valves) etc., using the branch cable (EX510-FC). Mounting hole...

Series EX510 EX510-GMJ1 (CC-Link compliant) Display Setting Display HOLD/CLR setting Communication speed setting Indicator light condition The output power supply voltage is supplied as specified. Light is turned on. The output power supply voltage is not supplied as specified. Light is turned off. Mode setting Address setting Setting of occupied stations When the input and the power for the Gateway is being supplied. Light is turned on. When the input and the power for the Gateway is not being supplied. Light is turned off. Light is turned on. Light is turned off. When there is an error in the...

EX510-GDN1 (DeviceNet™ compliant) Display Setting HW/SW setting HOLD/CLR setting Number of input settings When the input and the power for the Gateway is being supplied. When the input and the power for the Gateway is not being supplied. Light is turned on. Light is turned off. When the power supply is OFF, off-line, or checking the MAC ID duplication. When I/O connection is on stand by. (On-line state) I/O connection installation is completed. (On-line state) I/O connection, time-out (communication irregularity in light degrees) MAC ID duplication error, or BUS OFF error (communication error...

Series EX510 EX510-GPR1 (PROFIBUS DP compliant) Display Setting HOLD/CLR UNIT STATUS Indicator light condition Light is turned on. Light is turned off. When the input and the power for the Gateway is being supplied. When the input and the power for the Gateway is not being supplied. Light is turned on. Light is turned off. When the extended diagnostic information is available. When the extended diagnostic informatiion is not available. Light is turned on. Light is turned off. When PROFIBUS DP communication is working improperly. When PROFIBUS DP communication is working properly. Light is turned...

How to Order Input Unit 1 connector, 2-input type 1 connector, 1 input type Note) B (2-wire type) is available with 1 connector, 2-input type only. Model Input type Sensor supply voltage Max. sensor supply current Consumption current 100 mA (Input unit internal parts) Input resistance Rated input current Approx. 4 mA 17 V or greater/2.5 mA or greater 17 V or greater/2.5 mA or greater (Between input terminal and for sensor + 24 VDC) (Between input terminal and for sensor + 24 VDC) 1 connector, 1 input type (Between input terminal and for sensor 0 VDC) (Between input terminal and for sensor 0 VDC)...