LeanGear ZS9 - Air-insulated switchgear (Switchgear) | IEC and other standards

LeanGear ZS9

Air-insulated switchgear for mid to low applications in primary power distribution

LeanGear ZS9, up to 12 kV, is a medium voltage air-insulated (AIS) switchgear for primary distribution suitable for indoor installations. LeanGear ZS9 is built as a single busbar solution for mid to low applications in infrastructure, light industry, buildings, data center, food and beverage and utilities. It is fully compliant with the IEC and GB/DL standards.

Product range

	LeanGear ZS9
Max. rated voltage	12 kV
Max. rated continuous current (busbar)	2000 A
Max. rated short-time withstand current	25 kA for 3 sec
Busbar	Single Busbar
Standards	IEC, GB
Applications	Mid to low demanding infrastructure, light industry, buildings, data center, food and beverage, utilities

Key features

In widths 600/800 mm fitting vacuum circuit breakers and switch disconnectors

Medium customization and adaptation level while integrating into existing or new installation

Can be fitted with any type of protection and control unit

Customer benefits

ABB_picto_48x48_05_electrical_hazard_0166-Small-400x150

Safe and reliable

High level of operator safety with front, lateral and rear arc protection, certified up to AFL(R) 25 kA 1 s (according to IEC 62271-200)
Operator friendly: mimic diagram and position indications on the front of the panel
Integrated ducting system against effects of internal arc
Able to operate in a variety of non-standard temperatures and climatic conditions, including high altitudes (higher than 1000 m above sea level) and harsh operation conditions

Ease of installation & maintenance and operation

High customization and adaptation level while integrating into existing or new installation
Wall-mounted installation possible making it ideal for containerized substations.
LeanGear ZS9 offers both top and bottom entry cable variants with ~700mm cable termination height for easy termination of cables. It comes with factory fitted integral gas duct which reduces the site activity during installation of integral gas duct.