Protecteur de courant résiduel Schneider Electric EZ7RCCB‑63A

Catalogue No.: EZ723263G

Product positioning: Pure residual current disjoncteur (RCCB, earth leakage only; no overload or short-circuit protection). Belongs to the discontinued Easy7 (CE7) economy project series, end-of-life since 30 Juin 2023.

Paramètres techniques de base (2version P, most common model)

Courant nominal In: 63 UN

Poteaux: 2P. (monophasé)

Rated voltage Ue: 230 V et, 50 Hz

Courant de fonctionnement résiduel: 30 mA, voyage instantané

Type de fuite: Type A (detects AC leakage + fuite CC pulsée; suitable for variable-frequency loads and switch-mode power supplies)

Type de voyage: Électronique (ELE)

Montage: Norme sur rail DIN, largeur 36 mm (2 modules)

Normes: FR 16916 / IEC 61008‑1

Built-in test button. Must be fitted with an upstream MCB for short-circuit and overload protection (RCCB itself does not protect against short-circuit or overload faults).

Distinction clé

RCCB: Earth leakage protection only; always requires an upstream miniature circuit breaker.

EZ7RCBO: Combined earth leakage + surcharge + protection contre les courts-circuits (integrated RCBO). Do not mix these two types.

Replacement Selections (Original Schneider alternatives)

1. Economy direct replacement: Easy9 RCCB (EZ9R series), 2P 63A 30mA Type A
2. High-end model: Acti9 iID (A9R series), 2P 63A 30mA Type A (type électromagnétique, meilleure anti-interférence)
3. Integrated all-in-one option (RCBO): Easy9 RCBO / iC65N Vigi add-on residual current block

Notes complémentaires

The entire EZ7 range (including EZ7RCCB and EZ7Vigi add-on leakage blocks) was officially discontinued by Schneider on 30 Juin 2023. No further production runs will be made; stock on the market is leftover inventory. For new projects and long-term maintenance, switch directly to the Easy9 series to avoid future supply shortages.

Application Scope for EZ7RCCB‑63A (2P., 30mA, Type A, Electronic RCCB)

Condition préalable: Only earth leakage protection; no overload/short-circuit protection. An upstream MCB is mandatory. Type A detects AC + fuite CC pulsée; 63A is the continuous current rating, not the fault trip current.

✅ Applications recommandées

1. Main household residual current protection (single-phase 220V incoming supply)

Main incoming earth leakage protection for residential apartments and homes, with multiple downstream MCBs. Ideal for circuits with inverter air conditioners, variable-frequency washing machines and switch-mode power supply appliances (advantage of Type A). Centralised protection for wet-area circuits (salle de bain, balcony, kitchen socket circuits).

2. Single-phase main protection for small shops, convenience stores and retail premises

Mixed lighting + socket circuits with many PCs, caisses enregistreuses, LED drivers and variable-frequency equipment. Used in low-cost distribution boxes for ground-floor commercial premises to provide collective earth leakage protection.

3. Branch main RCD for small offices and computer rooms

Large numbers of adapters, UPS, computers and switch-mode power supplies. AC-type RCCBs are prone to nuisance tripping, so Type A is preferred for collective protection of a group of socket circuits.

4. Small single-phase commercial equipment control panels

Commercial water purifiers, pompes à chaleur, variable-frequency water heaters and small automation control cabinets. Earth leakage protection for metal-cased equipment.

5. Single-phase main protection for temporary site distribution boxes (economy projects)

High risk of personnel contact with metal power tools. Note: Most construction site codes require time-delayed selective RCDs or site-specified residual current devices. This model is instantaneous 30mA, so verify local regulations before selection.

⚠️ Conditional Applications (with restrictions)

Single-phase AC side of small PV systems: Only for the AC side. Type A cannot be used on the DC side; DC-side protection requires Type B. The AC output of inverters contains pulsating DC components, which Type A can handle properly.

Recharge de VE: Not recommended for standard AC slow chargers. Current national standards require Type B residual current protection for charging circuits.

❌ Not Suitable for These Scenarios

1. Cannot be used standalone without an upstream MCB; without short-circuit/overload protection, cables will burn out under fault conditions.
2. Pure resistive loads with no electronic equipment: AC-type RCCBs are cheaper; Type A is unnecessary.
3. Medical Class 1 locations, swimming pools and fountains: Normally require 10mA high-sensitivity RCDs or Type B / specialised selective residual current devices.
4. Three-phase circuits: This is a 2P single-phase device; not for three-phase applications.
5. Selective graded protection (to avoid cascading tripping): This is instantaneous with no time delay. Upstream and downstream 30mA RCDs will trip simultaneously.
6. Heavy industrial variable-frequency sites with severe harmonic interference: Electronic RCCBs suffer frequent nuisance tripping. Use electromagnetic iID models instead.

📌 Selection Summary (EZ7 discontinued; new projects use EZ9R 2P 63A Type A 30mA directly)

Positionnement: Economy Type A main RCD for collective earth leakage protection of multiple circuits, especially circuits with large numbers of switch-mode power supplies and variable-frequency single-phase loads.

Typical circuit topology: Incoming supply → MCB (court-circuit + surcharge) → EZ7RCCB → multiple branch circuits.

Full List of Schneider Residual Current Devices (RCCB / RCBO / Vigi Add-on Blocks)

Classification definition:

✅ RCCB: Pure earth leakage protection; no overload/short-circuit protection, must be fitted with upstream MCB.

✅ RCBO: All-in-one device with earth leakage + surcharge + protection contre les courts-circuits (3-in-1).

✅ Vigi: Add-on residual current block, mounted separately onto iC65 / iC60 miniature circuit breakers.

Leakage types:

Type CA: Only AC leakage

Type A: CA + pulsating DC (onduleurs & switch-mode power supplies)

Tapez B: Including smooth DC leakage (EV chargers, Onduleurs photovoltaïques, heavy-duty variable-frequency drives)

SI = Selective time-delay; prevents cascading tripping between upstream and downstream RCDs.

The entire EZ7 series is discontinued.

1. Acti9 iID (Premium Electromagnetic RCCB, Main Current Stock, A9R / A9Z part numbers)

Type A iID (For inverters, switch-mode power supplies & appareils électroménagers)

AC Type iID (Resistive loads only: incandescent lighting, standard sockets)

Type B iID (EV chargers, Systèmes photovoltaïques, heavy inverters; A9Z range)

2. Facile9 (EZ9R Series, Economy RCCB, Direct Replacement for Obsolete EZ7, En stock)

Easy9 RCBO (Integrated leakage + disjoncteur, EZ9C series):

EZ9C45C1630: 1P+N C16 30mA; EZ9C45C2030, EZ9C45C3230, etc..

3. iC65N Vigi Add-on Residual Current Blocks (Used with iC65 MCBs, Not Standalone RCCBs)

Example part numbers: A9V53240 (2P 40A 30mA Type A Vigi); A9V52240 (Type CA).

Assemblée: iC65N MCB + Vigi add-on block = assembled RCBO.

4. EZ7 Easy7 (Discontinued Range, Your Model Is Here; EOL 30 Juin 2023)

5. Integrated RCBO (Acti9 iC60N RCBO, A9D Prefix: Fuite + Surcharge + Short-circuit All-in-One)

6. Quick Selection Cross Reference (For EZ7RCCB‑63A: 2P 63A 30mA Type A)

Obsolete stock model: EZ723263G (Discontinué)

Economy direct replacement: EZ9R39263 (Easy9 Type A)

Premium electromagnetic alternative: A9R53263 (Acti9 iID Type A)

Supplementary Selection Rules

1. RCCBs cannot be used without an upstream MCB; RCBOs can be used on individual final circuits without extra breakers.
2. EV chargers, DC circuits and heavy variable-frequency drives require Type B; circuits with switch-mode power supplies and inverters use Type A; pure resistive lighting can use cheaper AC type.
3. SI selective models are used on main feeders to prevent simultaneous tripping of upstream and downstream residual current devices.