JX2-SV1 belongs to Jetter JX2 JetWeb rack expansion module family, DIN rail mounting, communicates with JetControl CPU via JX2 system bus, external DC24V supply for encoder and I/O circuits. It provides ±10V analog speed/position command for third-party servo drives. Encoder interface supports 5V differential incremental encoder (up to 500kHz) and SSI absolute encoder, realize full closed-loop axis control.

It includes axis enable, home input, positive/negative overtravel limit digital I/O. Programming and axis parameter configuration are implemented in JetSym software. It supports electronic gearing, electronic cam and positioning sequence control. Front panel LED indicators display module status, bus communication and axis fault alarm for fast on-site troubleshooting. Protection grade IP20 for cabinet installation, operating temperature 0~55℃.

JX2-SV1 is obsolete Jetter analog servo axis spare module. Many old automation machines still adopt Jetter JetControl + JX2-SV1 analog servo system. When the original module fails, replacing it with identical JX2-SV1 can reuse JX2 backplane, analog command cable, encoder wiring and original JetSym project. Technicians mount module on JX2 rack, download program and test axis homing and positioning, so analog servo closed-loop motion system resumes operation and reduces downtime.

Before shipment, every JX2-SV1 undergoes comprehensive functional inspection including power-on self-test, JX2 bus communication, ±10V analog output test, incremental / SSI encoder signal test and LED indicator check. All products come with 12-month warranty. Our automation technical team provides remote support for installation, wiring guidance, JetSym axis configuration and fault diagnosis. Fast global shipping available for urgent maintenance orders.

For automation maintenance engineers and system integrators, JX2-SV1 is reliable spare analog servo axis controller for legacy Jetter JetWeb control systems. It restores closed-loop positioning control of external analog servo drives, extends service life of automation assets and avoids high-cost whole motion system renovation.