The applications of XCI-10-8G are diverse and widespread, spanning various industries, including:
| Feature | XCI -10-8G- | Omron G6K(U)-2F | TE Axicom IM42TS | |---------|-------------|------------------|--------------------| | Contact rating | 10A / 250V AC | 2A / 30V DC | 5A / 250V AC | | Coil voltage | 8V DC latching | 5V DC non-latching | 12V DC latching | | Power (steady-state) | 0 mW | 100 mW | 0 mW | | Gold contacts | Yes (std) | Yes | Optional (suffix L) | | Price (10k qty) | $2.45 | $3.10 | $2.90 | | Operating life (mech) | 5M cycles | 20M cycles | 10M cycles |
Unlike a standard relay that resets when power is lost, the XCI -10-8G- indefinitely. This is critical for safety systems (e.g., fire damper controls) or industrial processes where an unexpected power cycle must not change output states.
Battery management systems (BMS) use latching relays to connect/disconnect cell strings. The XCI -10-8G- operates directly from 8V rails found in many BMS ICs (like Texas Instruments’ BQ series). Its low coil inductance (≤50 mH) allows fast parallel switching across 32 channels without back-EMF issues.
In the world of industrial automation and power management, component names are rarely arbitrary. The keyword might look cryptic at first glance, but each segment tells a story of performance, durability, and application-specific design.
: Modern factories require real-time data processing. A device with these specs would sit at the "edge," collecting data from sensors and transmitting it at high speeds to central servers for analysis.
The XCI -10-8G- strikes the best balance for at a competitive price. Its 8V coil is unique – most competitors offer 5V or 12V, making it ideal for modern low-voltage open-collector logic.
The applications of XCI-10-8G are diverse and widespread, spanning various industries, including:
| Feature | XCI -10-8G- | Omron G6K(U)-2F | TE Axicom IM42TS | |---------|-------------|------------------|--------------------| | Contact rating | 10A / 250V AC | 2A / 30V DC | 5A / 250V AC | | Coil voltage | 8V DC latching | 5V DC non-latching | 12V DC latching | | Power (steady-state) | 0 mW | 100 mW | 0 mW | | Gold contacts | Yes (std) | Yes | Optional (suffix L) | | Price (10k qty) | $2.45 | $3.10 | $2.90 | | Operating life (mech) | 5M cycles | 20M cycles | 10M cycles | XCI -10-8G-
Unlike a standard relay that resets when power is lost, the XCI -10-8G- indefinitely. This is critical for safety systems (e.g., fire damper controls) or industrial processes where an unexpected power cycle must not change output states. The applications of XCI-10-8G are diverse and widespread,
Battery management systems (BMS) use latching relays to connect/disconnect cell strings. The XCI -10-8G- operates directly from 8V rails found in many BMS ICs (like Texas Instruments’ BQ series). Its low coil inductance (≤50 mH) allows fast parallel switching across 32 channels without back-EMF issues. The XCI -10-8G- operates directly from 8V rails
In the world of industrial automation and power management, component names are rarely arbitrary. The keyword might look cryptic at first glance, but each segment tells a story of performance, durability, and application-specific design.
: Modern factories require real-time data processing. A device with these specs would sit at the "edge," collecting data from sensors and transmitting it at high speeds to central servers for analysis.
The XCI -10-8G- strikes the best balance for at a competitive price. Its 8V coil is unique – most competitors offer 5V or 12V, making it ideal for modern low-voltage open-collector logic.