CSENEX I 201 202 203

Numerical Non-Directional Current Protection Relay with Autorecloser : CSENEX-I 201/202/203

FEATURES
  • Multi-function Protection for Distribution
  • 1A/5A Rated CT (Site selectable) *
  • 4 CT & 1 PT analogue Input
  • 50/60Hz Nominal Frequency (Site selectable)
  • Draw-out Relay with Self CT shorting modular design
  • User configurable 6 Digital Input / 4 Digital Output
  • Protection blocking through DI
  • 10 Fault & 50 Event records with date and time stamp
  • IEC-103 / MODBUS communication protocol *
  • Interactive HMI with USB Plug & Play support
  • Common configuration Software-CSE LIVELINK
  • Programmable auto-reclosing by selecting the number of cycles for a particular fault

CSENEX Series offers a compact Multi-functional Over-current protection solution for Feeder, Generator, Motor, & Transformer segments.

CSENEX-I Family of protective relays are numeric relays that provide multi-protection and monitoring with a reliable and fast protection solution in a single unit.

CSENEX-I series relays are an advanced feeder protection solution that has fast, sensitive and secure protection for feeder internal & external faults.

CSENEX-I offers a range of model-based features to accommodate users across a wide range.

  • The CSENEX-I 203 relays have a simple design and are relatively inexpensive, making them an ideal solution for electrical protection.
  • When an overcurrent occurs, CSENEX-I 203 instantly disconnect power, preventing equipment damage and reducing fire risks
  • CSENEX-I 203 relays can be used in a wide range of applications, from protecting motors and transformers to safeguarding transmission lines and generators.
  • C&S make relays that have a proven track record of reliability and can be precisely set to suit specific system requirements, ensuring the right protection for different scenarios.
  • C&S relays provide fast tripping to clear faults quickly and to minimise damage in specific applications, such as instantaneous overcurrent relays.
  • C&S Relays can work with other protective devices to ensure selective tripping, isolating only the faulty section of the circuit and minimising disruption to the rest of the system.
  • Load monitoring can monitor current levels to detect potential overloads before they become a serious problem.