Drop-in anchor W-ED/S - ANC-(W-ED/S)-(A2K)-M10

Drop-in anchor W-ED/S - ANC-(W-ED/S)-(A2K)-M10 - 1

Drop-in anchor W-ED/S - ANC-(W-ED/S)-(A2K)-M10 - 2

Drop-in anchor W-ED/S - ANC-(W-ED/S)-(A2K)-M10 - 3

Drop-in anchor W-ED/S - ANC-(W-ED/S)-(A2K)-M10 - 4

Drop-in anchor W-ED/S

Name: Drop-in anchor W-ED/S
Brand: Würth
SKU: 090401010

Wedge anchor W-ED/S steel zinc plated
ANC-(W-ED/S)-(A2K)-M10

Art.-no. 090401010

EAN 4038898600916

All versions

Prices for customers after login

Drop-in anchor W-ED/S

Art.-no. 090401010

Prices for customers after login

Quantity

x 50 pcs

Exclusively for trade customers

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Call customer service: (061) 251 888

Female thread anchor with metric thread for economical anchoring in concrete, zinc-plated steel

Small drill hole depth

High load-bearing capacities

Visual setting check and hand protection when installing with the marking/expander tool

Mechanical setting tool makes installation quicker and easier

Immediate load-bearing capacity – no waiting

Attached part can easily be removed at any time

The attached part can be anchored with a fastening screw or a threaded rod

No installation torque required

The stop bit used with the attachable expander tool makes it quicker and easier to install. The matching drill holes make the installation even more secure.

Proof of Performance

ETA-02/0044 for individual fixing point, option 7, uncracked concrete

ETA-05/0120 for anchors in a redundant non-structural system, uncracked and cracked concrete, M6-M16

Fire resistance: F30, F60, F90 and F120; exposure to fire according to DIN 4102-2:1977-09 (UTTC - uniform temperature time curve)

Fire resistance: R30, R60, R90 and R120; TR020 (included in ETA-05/0120)

Notice

Drive-in anchor W-ED/A4 see [13.2]

Drive-in anchor W-ED, M12 (for core drills), and W-ED, DW15, see [13.3]

Application area

Suspended ceilings

Drill the hole

Clean the drill hole

Knock in anchor until flush

Anchor with expander tool

Fit component, apply torque

ETA-02/0044 for individual fixing point, option 7, uncracked concrete

ETA-05/0120 for anchors in a redundant non-structural system, uncracked and cracked concrete, M6-M16

Fire resistance: F30, F60, F90 and F120; exposure to fire according to DIN 4102-2:1977-09 (UTTC - uniform temperature time curve)

Fire resistance: R30, R60, R90 and R120; TR020 (included in ETA-05/0120)

Product information

Würth Catalogue

Datasheets(X)

CAD data (available after login)

Certificates/ Documents

Application area

Individual fixing point: Normal weight concrete C20/25 to C50/60 (uncracked concrete)

Anchors in a redundant non-structural system: Anchorage of non-load-bearing systems (M6-M16, cracked and uncracked concrete)

E.g. threaded rods, metal structures, metal profiles, lattices, cable conduits, pipes, mounting rails etc.

For use in concrete < C20/25 and pressure-resistant natural stone (without approval)

May only be used in dry indoor conditions

Anchor diameter	10 mm
Anchor length (L H)	40 mm
Min./max. required screw-in depth	11-15 mm
Material	Steel
Surface	Zinc plated
Nominal drill-bit diameter (d 0)	12 mm
Drill hole depth (h 0)	40 mm
Effective anchoring depth (h ef)	40 mm
Torque during anchoring (T inst)	15 Nm
Through-hole in the component to be connected (d f)	12 mm
Approval	ETA-02/0044, ETA-05/0120

Anchor size [mm]		M10x25	M10x30	M10x40	M12x25	M12x50	M16x65
Anchors in a redundant non-structural system in concrete¹⁰⁾	F_adm [kN] = C12/15 - C16/20⁴⁾	1.79)	-	-	1.79)	-	-
Anchors in a redundant non-structural system in concrete¹⁰⁾	F_adm [kN] = C20/25 - C50/60⁴⁾	2.1⁹⁾	2.0⁹⁾	2.0⁹⁾	2.1⁹⁾	2.4⁹⁾	6.3⁹⁾
Admissible bending moment⁷⁾	M_adm [Nm]	15,8			27,8		71,0
Admissible load when exposed to fire¹⁰⁾	R30 [kN]	0,6	0,9	1,5	0,6	1,5	4
	R60 [kN]	0,6	0,9	1,5	0,6	1,5	4
	R90 [kN]	0,6	0,9	1,5	0,6	1,5	3,7
	R120 [kN]	0,5	0,7	1,0	0,5	1,2	2,4

Anchor size [mm]		M6x25	M6x30	M8x25	M8x30	M8x40
Anchors in a redundant non-structural system in concrete¹⁰⁾	F_adm [kN] = C12/15 - C16/20⁴⁾	1,2	-	1,2	-	-
Anchors in a redundant non-structural system in concrete¹⁰⁾	F_adm [kN] = C20/25 - C50/60⁴⁾	1.7⁹⁾	1,2	1.9⁹⁾	1.7⁹⁾	2.0⁹⁾
Admissible bending moment⁷⁾	M_adm [Nm]	3,3		8,1
Admissible load when exposed to fire¹⁰⁾	R30 [kN]	0,4	0,8	0,6	0,9	1,5
	R60 [kN]	0,4	0,8	0,6	0,9	1,5
	R90 [kN]	0,3	0,4	0,6	0,9	0,9
	R120 [kN]	0,3	0,3	0,5	0,5	0,5

Anchor size [mm]		M10x25	M10x30	M10x40	M12x25	M12x50	M16x65	M20x80
Standard component thickness	h_min,2 [mm]	100	120	120	100	130	160	200
Characteristic axis distance of uncracked concrete/anchors in a redundant non-structural system	scr,N/scr	–/75	³⁾/230	120/170	–/–	150/170	195/400	240/–
Characteristic edge distance of uncracked concrete/anchors in a redundant non-structural system	ccr,N/ccr	–/³⁾	³⁾/115	³⁾/³⁾	–/³⁾	³⁾/³⁾	³⁾/200	³⁾/–
Minimum axis distance	s_min[mm]	60	100	100	100	120	150	160
Minimum edge distance	c_min [mm]	100	115	135	110	165	200	260
Minimum member thickness	h_min,1 [mm]	80	-	-	80	-	-	-
Minimum axis distance	s_min [mm]	70	-	-	100	-	-	-
Minimum edge distance	c_min [mm]	100	-	-	130	-	-	-
Effective anchorage depth	h_ef [mm]	25	30	40	25	50	65	80
Nominal drill ∅	d₀[mm]	12	12	12	15	15	20	25
Drill cutting ∅	d_cut ≤ [mm]	12,5	12,5	12,5	15,5	15,5	20,55	25,55
Drill hole depth	h₀ = [mm]	25	30	40	25	50	65	80
Through hole in the component being connected	d_f ≤ [mm]	12	12	12	14	14	18	22
Thread depth (max. length of thread engagement)	L_th [mm]	12	12	15	12	18	23	34
Minimum length of thread engagement	L_sdmin ≤ [mm]	10	10	11	12	13	18	22
Torque while installing anchor	T_inst ≤ [Nm]	15	15	15	35	35	60	120
¹⁾ Without approval ²⁾ Drill hole must not cut into hollow cavities ³⁾ Not relevant, as the minimum value is higher.

Anchor size [mm]		M5x25¹⁾	M6x25	M6x30	M8x25	M8x30	M8x40
Standard component thickness	h_min,2 [mm]	100	100	100	100	100	100
Characteristic axis distance of uncracked concrete/anchors in a redundant non-structural system	scr,N/scr	75/–	–/75	90/130	–/75	90/80	120/210
Characteristic edge distance of uncracked concrete/anchors in a redundant non-structural system	ccr,N/ccr	³⁾/–	–/³⁾	³⁾/³⁾	–/³⁾	³⁾/³⁾	³⁾/105
Minimum axis distance	s_min[mm]	60	30	55	50	60	80
Minimum edge distance	c_min [mm]	95	60	95	100	95	95
Minimum member thickness	h_min,1 [mm]	-	80	-	80	-	-
Minimum axis distance	s_min [mm]	-	30	-	70	-	-
Minimum edge distance	c_min [mm]	-	60	-	100	-	-
Effective anchorage depth	h_ef [mm]	25	25	30	25	30	40
Nominal drill ∅	d₀[mm]	8	8	8	10	10	10
Drill cutting ∅	d_cut ≤ [mm]	8,45	8,45	8,45	10,45	10,45	10,45
Drill hole depth	h₀ = [mm]	25	25	30	25	30	40
Through hole in the component being connected	d_f ≤ [mm]	6	7	7	9	9	9
Thread depth (max. length of thread engagement)	L_th [mm]	10	12	13	12	13	20
Minimum length of thread engagement	L_sdmin ≤ [mm]	6	6	7	8	9	9
Torque while installing anchor	T_inst ≤ [Nm]	3	4	4	8	8	8
¹⁾ Without approval ²⁾ Drill hole must not cut into hollow cavities ³⁾ Not relevant, as the minimum value is higher.

Anchor size [mm]			M10x40	M12x50	M16x65	M20x80
Admissible centric tension load³⁾on an individual anchor without the influence of the edge distance	Compressive zone (uncracked concrete C20/25⁴⁾, s ≥ 3 h_ef, c ≥ c_min)	N_adm [kN] = C20/24⁴⁾	5,1	7,1	10,5	14,3
Admissible shear load³⁾on an individual anchor without the influence of the edge distance	Compressive zone (uncracked concrete C20/25⁴⁾, s ≥ 3 h_ef, c ≥ c_min)	V_adm [kN] = C20/24⁴⁾⁵⁾	4,1	9,0	16,8	26,2
Admissible bending moment⁷⁾		M_adm [Nm]		27,8	71,0	138,6
Fire resistance⁸⁾ according to UTTC (uniform temperature time curve)		F30 [kN]	4,7	6,9	12,5	18,0
		F60 [kN]	2,4	3,5	5,6	8,5
		F90 [kN]	1,3	1,8	3,5	5,5
		F120 [kN]	1,0	1,4	2,5	4,4

Anchor size [mm]			M5x25¹⁾⁶⁾	M6x30⁶⁾	M8x30⁶⁾	M8x40	M10x30⁶⁾
Admissible centric tension load³⁾on an individual anchor without the influence of the edge distance	Compressive zone (uncracked concrete C20/25⁴⁾, s ≥ 3 h_ef, c ≥ c_min)	N_adm [kN] = C20/24⁴⁾	F_rec1.4	3,3	3,3	3,6	3,3
Admissible shear load³⁾on an individual anchor without the influence of the edge distance	Compressive zone (uncracked concrete C20/25⁴⁾, s ≥ 3 h_ef, c ≥ c_min)	V_adm [kN] = C20/24⁴⁾⁵⁾	F_rec1.5	2,1	3,9	3,9	4,0
Admissible bending moment⁷⁾		M_adm [Nm]	-	3,3	8,1		15,8
Fire resistance⁸⁾ according to UTTC (uniform temperature time curve)		F30 [kN]	-	1,7	1,7	3,0	-
		F60 [kN]	-	0,7	0,7	1,5	-
		F90 [kN]	-	0,4	0,4	0,8	-
		F120 [kN]	-	0,3	0,3	0,6	-

Anchor diameter [mm]			M5⁸⁾	M6⁸⁾	M8 x 30⁸⁾	M8 x 40	M10 x 30⁸⁾
Admissible centric tension load¹⁾ on an individual anchor without the influence of the edge distance	Compressive zone (uncracked concrete C20/25²⁾, s ≥ 3 hef, c ≥ cmin)	N_adm [kN] = C20/25²⁾	F_rec1.4	3,3	3,3	3,6	3,3
Admissible shear load¹⁾on an individual anchor without the influence of the edge distance	Compressive zone (uncracked concrete C20/25²⁾, c ≥ 10 hef)	V_adm [kN] = C20/25^{2) 3)}	F_rec1.5	2,1	3,9	3,9	4,0
Anchors in a redundant non-structural system in concrete⁴⁾		F_adm [kN] ≥ C20/25		1,2	1.7⁹⁾	2.0⁹⁾	2.0⁹⁾
Admissible bending moment ⁵⁾uncracked concrete/anchors in a redundant non-structural system		M_adm [Nm]	-	3.3/ 3.3	8.1/ 8.1		15.8/ 15.8
Admissible load when exposed to fire ⁴⁾ (Technical Report TR 020) For axis and edge distances, see European Technical Approval ETA-05/0120		R30; F_adm [kN]	-	0,8	0,9	1,5	0,9
		R60; F_adm [kN]	-	0,8	0,9	1,5	0,9
		R90; F_adm [kN]	-	0,4	0,9	0,9	0,9
		R120; F_adm [kN]	-	0,3	0,5	0,5	0,7
Fire resistance rating⁶⁾ according to UTTC (uniform temperature time curve)		F30 [kN]	-	1,7	1,7	3,0	-
		F60 [kN]	-	0,7	0,7	1,5	-
		F90 [kN]	-	0,4	0,4	0,8	-
		F120 [kN]	-	0,3	0,3	0,6	-
¹⁾ The partial safety factors of the resistances regulated in the approval and a partial safety factor of the actions of γ_F = 1.4 have been taken into account. For information on combining tensile and shear loads, on the influence of the edge distance, and on anchor groups, please refer to the European Technical Approval Guidelines (ETAG), Annex C. ²⁾ The concrete has normal reinforcement. Higher values are possible for higher concrete compressive strengths. ³⁾ Steel quality 5.6. With a higher steel quality, higher shear load values apply. ⁴⁾ The admissible loads have been determined without the influence of the axis and edge distances and apply to screws with steel quality ≥ 5.6. ⁵⁾ Steel quality 5.6. With a higher steel quality, higher admissible bending moments apply. ⁶⁾ Fire resistance rating: Drop-in anchor W-ED/S in conjunction with screws of strength classes ≥ 5.6. ⁷⁾ Without approval. ⁸⁾ Only for use in statically indeterminate systems and dry indoor areas. ⁹⁾ Number of attachment points ≥ 3 and at least 1 anchor per attachment point results in a load per attachment point of F_adm ≤ 1.4 kN or number of attachment points ≥ 4 and at least 1 anchor per attachment point results in a load per attachment point of F_adm ≤ 2.1 kN. The admissible loads can be increased if the design shows that the requirements governing the strength and rigidity of the component to be attached remain satisfied even after the failure of an anchor in terms of the limit state of serviceability and load-bearing capacity.

		M5⁷⁾	M6	M8 x 30	M8 x 40	M10 x 30	M10 x 40	M12	M16	M20
Minimum axis distance	s_min [mm]	60	55	60	80	100	100	120	150	160
Minimum edge distance	c_min [mm]	95	95	95	95	115	135	165	200	260
Minimum member thickness	h_min [mm]	100	100	100	100	120	120	130	160	200
Effective anchorage depth	h_ef [mm]	25	30	30	40	30	40	50	65	80
Nominal drill ∅	d₀ [mm]	8	8	10	10	12	12	15	20	25
Drill cutting ∅	d_cut ≤ [mm]	8,45	8,45	10,45	10,45	12,5	12,5	15,5	20,55	25,55
Drill hole depth	h₀ = [mm]	25	30	30	40	30	40	50	65	80
Through hole in the component being connected	d_f ≤ [mm]	6	7	9	9	12	12	14	18	22
Thread depth (max. length of thread engagement)	L_th [mm]	10	13	13	20	12	15	18	23	34
Minimum length of thread engagement	L_sdmin ≤ [mm]	6	7	9	9	10	11	13	18	22
Torque while installing anchor	T_inst ≤ [mm]	3	4	8	8	15	15	35	60	120

Anchor diameter [mm]			M10 x 40	M12	M16	M20
Admissible centric tension load¹⁾ on an individual anchor without the influence of the edge distance	Compressive zone (uncracked concrete C20/25²⁾, s ≥ 3 hef, c ≥ cmin)	N_adm [kN] = C20/25²⁾	5,1	7,1	10,5	14,3
Admissible shear load¹⁾on an individual anchor without the influence of the edge distance	Compressive zone (uncracked concrete C20/25²⁾, c ≥ 10 hef)	V_adm [kN] = C20/25^{2) 3)}	4,1	9,0	16,8	26,2
Anchors in a redundant non-structural system in concrete⁴⁾		F_adm [kN] ≥ C20/25	2.0⁹⁾	2.4⁹⁾	6.3⁹⁾	-
Admissible bending moment ⁵⁾uncracked concrete/anchors in a redundant non-structural system		M_adm [Nm]		27.8/ 27.8	71.0 71.0	138,6
Admissible load when exposed to fire ⁴⁾ (Technical Report TR 020) For axis and edge distances, see European Technical Approval ETA-05/0120		R30; F_adm [kN]	1,5	1,5	4,0	-
		R60; F_adm [kN]	1,5	1,5	4,0	-
		R90; F_adm [kN]	1,5	1,5	3,7	-
		R120; F_adm [kN]	1,0	1,2	2,4	-
Fire resistance rating⁶⁾ according to UTTC (uniform temperature time curve)		F30 [kN]	4,7	6,9	12,5	18,0
		F60 [kN]	2,4	3,5	5,6	8,5
		F90 [kN]	1,3	1,8	3,5	5,5
		F120 [kN]	1,0	1,4	2,5	4,4
¹⁾ The partial safety factors of the resistances regulated in the approval and a partial safety factor of the actions of γ_F = 1.4 have been taken into account. For information on combining tensile and shear loads, on the influence of the edge distance, and on anchor groups, please refer to the European Technical Approval Guidelines (ETAG), Annex C. ²⁾ The concrete has normal reinforcement. Higher values are possible for higher concrete compressive strengths. ³⁾ Steel quality 5.6. With a higher steel quality, higher shear load values apply. ⁴⁾ The admissible loads have been determined without the influence of the axis and edge distances and apply to screws with steel quality ≥ 5.6. ⁵⁾ Steel quality 5.6. With a higher steel quality, higher admissible bending moments apply. ⁶⁾ Fire resistance rating: Drop-in anchor W-ED/S in conjunction with screws of strength classes ≥ 5.6. ⁷⁾ Without approval. ⁸⁾ Only for use in statically indeterminate systems and dry indoor areas. ⁹⁾ Number of attachment points ≥ 3 and at least 1 anchor per attachment point results in a load per attachment point of F_adm ≤ 1.4 kN or number of attachment points ≥ 4 and at least 1 anchor per attachment point results in a load per attachment point of F_adm ≤ 2.1 kN. The admissible loads can be increased if the design shows that the requirements governing the strength and rigidity of the component to be attached remain satisfied even after the failure of an anchor in terms of the limit state of serviceability and load-bearing capacity.