EKDB16S-I2R
EKDB16S-I2R
EKDB16S-I2R
EKDB16S-I2R
EKDB16S-I2R

EKDB16S-I2R Dual RCD Consumer Unit (High Integrity) — 14 to 24 Ways

High integrity dual RCD consumer unit with a 100A main switch and two 80A RCDs. BS EN 61439-3 compliant, allows for balancing of circuits to maximize uptime. Optional door lock.

● Standards: BS EN 61439‑3.
● Enclosure: Non‑combustible steel, hinged door
● Incomer: 100A DP main switch feeding two DP 80A Type A RCDs.
● Design: Dual RCD for balanced circuit protection.
● Ways: 14, 18, 24 single-row.
● Terminal bars: Top‑mounted, color‑coded N and E.

EKDB16S-I2R Dual RCD Consumer Unit (High Integrity) — 14 to 24 Ways

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Porduct Overview

EKDB16S(L)-I2R Dual RCD configuration offers enhanced supply continuity by balancing circuits across two independent 80A RCDs. This "high integrity" setup, fed by a 100A main switch, ensures that a fault on one RCD-protected bank of circuits does not affect the other, keeping essential services running. It's the standard for modern domestic installations, providing a robust and reliable distribution solution. The BS EN 61439-3 compliant steel enclosure includes top-mounted terminals and a removable DIN rail for a structured, professional installation. Select "SL" models for an integrated door lock.

 

Q1: How should I balance the circuits?
A1: It is best practice to split lighting and socket circuits across both RCDs. For example, put upstairs lighting and downstairs sockets on RCD 1, and downstairs lighting and upstairs sockets on RCD 2.

Q2: Are there any ways directly on the main switch?
A2: In this standard dual RCD configuration, all outgoing ways are protected by one of the two RCDs.

Q3: What are the RCD ratings?
A3: The board includes two double-pole 80A, 30mA Type A RCDs.

Q4: How many ways are protected by each RCD?
A4: On the 18-way model, each RCD protects a busbar with 7 ways, offering a total of 12 free ways after the main switch and RCDs are fitted.

Q5: Is a lockable version available?
A5: Yes, select the "SL" variant for an integrated door lock.

Technical parameters

Product selection form

Ref No. Ref No. (with lock) Box size Main switch RCD Busbar pins Free ways
EKDB16S14-I2R EKDB16S14L-I2R 14 DP 100A 2xDP 80A 2x5 8
EKDB16S18-I2R EKDB16S18L-I2R 18 DP 100A 2xDP 80A 2x7 12
EKDB16S24-I2R EKDB16S24L-I2R 24 DP 100A 2xDP 80A 2x10 18

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Product Catalog
2.82MB

Porduct Overview

EKDB16S(L)-I2R Dual RCD configuration offers enhanced supply continuity by balancing circuits across two independent 80A RCDs. This "high integrity" setup, fed by a 100A main switch, ensures that a fault on one RCD-protected bank of circuits does not affect the other, keeping essential services running. It's the standard for modern domestic installations, providing a robust and reliable distribution solution. The BS EN 61439-3 compliant steel enclosure includes top-mounted terminals and a removable DIN rail for a structured, professional installation. Select "SL" models for an integrated door lock.

 

Q1: How should I balance the circuits?
A1: It is best practice to split lighting and socket circuits across both RCDs. For example, put upstairs lighting and downstairs sockets on RCD 1, and downstairs lighting and upstairs sockets on RCD 2.

Q2: Are there any ways directly on the main switch?
A2: In this standard dual RCD configuration, all outgoing ways are protected by one of the two RCDs.

Q3: What are the RCD ratings?
A3: The board includes two double-pole 80A, 30mA Type A RCDs.

Q4: How many ways are protected by each RCD?
A4: On the 18-way model, each RCD protects a busbar with 7 ways, offering a total of 12 free ways after the main switch and RCDs are fitted.

Q5: Is a lockable version available?
A5: Yes, select the "SL" variant for an integrated door lock.

Technical parameters

Download Files

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