NTN 6210-2Z/VA228

Deep groove ball · 2Z shield

The seat — 50 MM × 90 MM × 20 MM

Bore

50 MM

Outside dia

90 MM

Width

20 MM

Type

Deep groove ball

Seal

2Z shield

Clearance

CN (Normal)

Precision

ABEC-1 (P0)

Dynamic C

—

Static C0

23.2 kN

175 other designations in the catalogue share this bore × outside diameter × width. Each was compared on the four fields every bearing row carries — Type, Seal, Clearance, Precision — as recorded, case- and separator-insensitively. All four agreeing puts a designation in the first list; anything else, a difference or a blank, puts it in the second with the fields named.

Candidates at the recorded dimensions above

May substitute — 17 designations

Part number	Manufacturer	C	C0
210-2Z	NTN	39.1 kN	34.5 kN
210-2ZNR	NTN	39.1 kN	34.5 kN
210-Z	NTN	39.1 kN	34.5 kN
6210-2ZNR	NTN	37.1 kN	23.2 kN
6210-Z	NTN	37.1 kN	23.2 kN
6210 2ZJEM	NTN	37.1 kN	23.2 kN
6210 2ZNRJEM	NTN	37.1 kN	23.2 kN
MRC.210SZZ	NTN	37.1 kN	23.2 kN
MRC.210SZZG	NTN	37.1 kN	23.2 kN
6210.2ZR	FAG (Schaeffler)	35.5 kN	19.8 kN
210KDD	Timken	35.1 kN	23.2 kN
6210-2Z	NTN	35.1 kN	23.2 kN
6210ZZ	NTN	35.1 kN	23.2 kN
PER.6210-ZZDV2	NTN	35.1 kN	23.2 kN
W 6210-2Z	NTN	30.2 kN	23.2 kN
6210-2Z/VA201	NTN	—	23.2 kN
6210-2Z/VA208	NTN	—	23.2 kN

Check before substituting — 158 designations · top 12 shown

Part number	Manufacturer	C	Differs from this part
N 210 ECP	NTN	73.5 kN	Type: Cylindrical — this part: Deep groove ball Seal: Open — this part: 2Z shield
NJ 210 ECJ	NTN	73.5 kN	Type: Cylindrical — this part: Deep groove ball Seal: Open — this part: 2Z shield
NJ 210 ECJ/C3	NTN	73.5 kN	Type: Cylindrical — this part: Deep groove ball Seal: Open — this part: 2Z shield Clearance: C3 — this part: CN (Normal)
NJ 210 ECM	NTN	73.5 kN	Type: Cylindrical — this part: Deep groove ball Seal: Open — this part: 2Z shield
NJ 210 ECP	NTN	73.5 kN	Type: Cylindrical — this part: Deep groove ball Seal: Open — this part: 2Z shield
NJ 210 ECP/C3	NTN	73.5 kN	Type: Cylindrical — this part: Deep groove ball Seal: Open — this part: 2Z shield Clearance: C3 — this part: CN (Normal)
NU 210 ECJ	NTN	73.5 kN	Type: Cylindrical — this part: Deep groove ball Seal: Open — this part: 2Z shield
NU 210 ECJ/C3	NTN	73.5 kN	Type: Cylindrical — this part: Deep groove ball Seal: Open — this part: 2Z shield Clearance: C3 — this part: CN (Normal)
NU 210 ECKP/C3	NTN	73.5 kN	Type: Cylindrical — this part: Deep groove ball Seal: Open — this part: 2Z shield Clearance: C3 — this part: CN (Normal)
NU 210 ECM	NTN	73.5 kN	Type: Cylindrical — this part: Deep groove ball Seal: Open — this part: 2Z shield
NU 210 ECM/C3	NTN	73.5 kN	Type: Cylindrical — this part: Deep groove ball Seal: Open — this part: 2Z shield Clearance: C3 — this part: CN (Normal)
NU 210 ECM/C3HVA3091	NTN	73.5 kN	Type: Cylindrical — this part: Deep groove ball Seal: Open — this part: 2Z shield Clearance: C3 — this part: CN (Normal)

What this sheet is — and what the catalogue did not say

The envelope is recorded dimensions only: the same bore, outside diameter and width. Every designation above shares all three, or it would not be on this page.
The four compared fields are Type, Seal, Clearance, Precision. Two recorded spellings were counted to mean one value and are read as one: CN/Normal = CN, and ABEC-1/P0 = P0. A third precision spelling, P0/Class4, is deliberately not equated with either — the catalogue's meaning for it has not been sourced, so it lands in the warnings where both spellings are printed for the reader to judge.
A blank is a difference. Missing is the absence of the proof, not the proof.
Cage material and ring material are never compared: the catalogue records neither, on any bearing row.
Suffixes the catalogue does not record separately — a snap ring (NR) and anything else outside those four fields — are not compared, and this sheet does not claim they match.
Ranking is recorded dynamic load, strongest first, with an unrecorded rating ranked last. It orders the lists; it is not a verdict.
Compiled from catalogue records. This is not a manufacturer interchange list, no manufacturer has confirmed any line on it, and it does not know what job the bearing is doing. Verify before fitting.

Anyone with this link can view this part and its recorded candidate comparison.

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