XVRK

Screw-in fitting



Properties

Connection 1 BSPT conical external threads
Connection 2 metric cylindrical outer thread
Design Screw-in fitting
Construction straight
Sealing form 1 thread seal
Sealing form 2 24° inner cone
Scope of supply Socket (without union nut and cutting ring)
Standard DIN 2353, ISO 8434-1
Surface electro galvanised
Material Steel

Hints

Information about fitting, installation, pressure loads and permissible operating temperatures can be found in the technical information for pipe fittings.

Article Table

Product Name Series Operating pressure Ø d2 mm G i mm L2 mm L7 mm AF mm
Product Name Series Operating pressure Ø d2 mm G i mm L2 mm L7 mm AF mm
XVR 04 LL LL PN 100 4 R 1/8" K 8,0 16,0 20,0 11
XVR 05 LL LL PN 100 5 R 1/8" K 8,0 14,5 20,0 11
XVR 06 LL LL PN 100 6 R 1/8" K 8,0 14,5 20,0 11
XVR 06 LL 1/4 LL PN 100 6 R 1/4" K 12,0 14,5 20,0 12
XVR 08 LL LL PN 100 8 R 1/8" K 8,0 16,5 22,0 12
XVR 08 LL 1/4 LL PN 100 8 R 1/4" K 12,0 20,5 26,0 14
XVR 10 LL LL PN 100 10 R 1/4" K 12,0 20,5 26,0 14
XVR 12 LL LL PN 100 12 R 1/4" K 12,0 20,0 26,0 17
XVR 12 LL 3/8 LL PN 100 12 R 3/8" K 12,0 20,0 26,0 17
XVRK NW 04 HL L PN 315 6 R 1/8" K 10,5 17,5 24,5 12
XVRK NW 04 HL 1/4 L PN 315 6 R 1/4" K 14,0 22,0 29,0 17
XVRK NW 06 HL 1/8 L PN 315 8 R 1/8" K 10,5 18,5 25,5 14
XVRK NW 06 HL L PN 315 8 R 1/4" K 14,0 22,0 29,0 17
XVRK NW 06 HL 3/8 L PN 315 8 R 3/8" K 14,5 22,5 30,5 19
XVRK NW 06 HL 1/2 L PN 315 8 R 1/2" K 18,5 27,5 34,5 22
XVRK NW 08 HL 1/8 L PN 315 10 R 1/8" K 10,5 19,5 26,5 17
XVRK NW 08 HL L PN 315 10 R 1/4" K 14,0 23,0 30,0 17
XVRK NW 08 HL 3/8 L PN 315 10 R 3/8" K 14,5 24,5 31,5 19
XVRK NW 08 HL 1/2 L PN 315 10 R 1/2" K 18,5 28,5 35,5 22
XVRK NW 10 HL 1/4 L PN 315 12 R 1/4" K 14,0 24,0 31,0 19
XVRK NW 10 HL L PN 315 12 R 3/8" K 14,5 24,5 31,5 19
XVRK NW 10 HL 1/2 L PN 315 12 R 1/2" K 18,5 28,5 35,5 24
XVRK NW 13 HL 3/8 L PN 315 15 R 3/8" K 14,5 25,5 24,0 33
XVRK NW 13 HL L PN 315 15 R 1/2" K 18,5 29,5 36,5 24
XVRK NW 16 HL 3/8 L PN 315 18 R 3/8" K 14,5 26,0 33,5 27
XVRK NW 16 HL L PN 315 18 R 1/2" K 18,5 30,0 37,5 27
XVRK NW 16 HL 3/4 L PN 160 18 R 3/4" K 20,0 31,5 39,0 32
XVRK NW 20 HL 1/2 L PN 160 22 R 1/2" K 18,5 32,0 39,5 32
XVRK NW 20 HL L PN 160 22 R 3/4" K 20,0 33,5 41,0 32
XVRK NW 25 HL L PN 160 28 R 1" K 24,0 38,5 46,0 41
XVRK NW 32 HL 1 L PN 160 35 R 1" K 24,0 40,5 51,0 46
XVRK NW 32 HL L PN 160 35 R 1.1/4" K 26,0 42,5 53,0 46
XVRK NW 40 HL L PN 160 42 R 1.1/2" K 27,0 43,0 54,0 55
XVRK NW 03 HS S PN 400 6 R 1/4" K 14,0 27,0 34,0 17
XVRK NW 04 HS S PN 400 8 R 1/4" K 14,0 27,0 34,0 17
XVRK NW 06 HS 1/4 S PN 400 10 R 1/4" K 14,0 26,5 34,0 19
XVRK NW 06 HS S PN 400 10 R 3/8" K 14,5 27,0 34,5 19
XVRK NW 08 HS 1/4 S PN 400 12 R 1/4" K 14,0 28,5 36,0 22
XVRK NW 08 HS S PN 400 12 R 3/8" K 14,5 29,0 36,5 22
XVRK NW 08 HS 1/2 S PN 400 12 R 1/2" K 18,5 33,0 40,5 22
XVRK NW 10 HS 3/8 S PN 400 14 R 3/8" K 14,5 30,5 38,5 24
XVRK NW 10 HS S PN 400 14 R 1/2" K 18,5 34,5 42,5 24
XVRK NW 13 HS 3/8 S PN 400 16 R 3/8" K 14,5 30,0 38,5 27
XVRK NW 13 HS S PN 400 16 R 1/2" K 18,5 34,0 42,5 27
XVRK NW 16 HS S PN 400 20 R 3/4" K 20,0 37,5 48,0 32
XVRK NW 20 HS S PN 400 25 R 1" K 24,0 43,0 55,0 41
XVRK NW 25 HS 1 S PN 400 30 R 1" K 24,0 43,5 57,0 46
XVRK NW 25 HS S PN 400 30 R 1.1/4" K 26,0 45,5 59,0 46
XVRK NW 32 HS S PN 315 38 R 1.1/2" K 27,0 49,0 65,0 55
Series: LL = Very light L = Light S = Heavy - PN = Nominal pressure PB = Max. operating pressure - Ø d2 = External pipe diameter

Disclaimer

Despite careful checking, we cannot guarantee the accuracy of all information included on this site, and we accept no liability.
All data and information in our online catalogue are based on currently valid standards and the regulations from the employer's liability insurance association. Product safety can only be guaranteed when our assembly instructions are carefully observed. Non-adherence to these regulations can affect product operation and functioning and result in a loss of warranty. Our warranty is only valid for HANSA-FLEX products. Our products are constantly subject to further development and technical changes are therefore possible.