NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
P06007 P06005 P06008 P06009 - Datasheet Archive
P06007 EMPTY MODULES "Series 11 000" Features A series 11 000 module is made of three parts: - body of molded polyamide
010102 P06007 P06007 EMPTY MODULES "Series 11 000" Features A series 11 000 module is made of three parts: - body of molded polyamide holding the terminals. This insulator is available in two standard versions: equipped with 6 wire-clamps or equipped with 12 wire-clamps on upper half of the module; on the lower half, each of the two versions can receive either 1 to 12 wire-wrapping tabs series 250 6,3 x 0,8 mm (other combinations available). - Two molded polyamide end plates snapped onto the body, protecting the electronic components. LEFT end plate Thickness 3 mm Grey PF 11.G 0116 519.14 Orange PF 11.O 0103 595.15 Blue (1) PF 11.B 0126 519.16 RIGHT end plate Thickness 15 mm Grey PF 13.G 0116 718.23 Orange PF 13.O 0103 762.03 Blue (1) PF 13.B 0126 718.25 Wire-wrapping tabs BLW 0174 446.25 Quick-connect tab series 250 6,3 x 0,8 mm BLC6 0174 445.24 31 to 41* PREPUNCHED printed circuit board CI 11.P1 0175 207.07 MLK* JHG* 11 to 21* ABC* DEF* Body equipped with screw-clamp terminals 6 wire-clamps DEFGHJ* 12 wire-clamps ABCDEFGHKJLM* Grey BFU2 S6.G 0116 523.00 BFU2 S12.G 0116 522.07 Orange BFU2 S6.O 0103 599.21 BFU2 S12.O 0103 598.20 Blue (1) BFU2 S6.B 0126 523.02 BFU2 S12.B 0126 522.01 RIGHT end plate Thickness 15 mm 560 1 5 and 16 PF 12.O 0103 596.16 Blue (1) Marking method PF 12.G Orange (1) Material not kept in stock * See section on marking. Grey 0116 520.11 PF 12.B 0126 520.13 P06005 P06005 010102 R This module option is fitted with CPE / CPF connector (6 points) or a flat cable connector (type HE 14 up to 22 points). The other module parts are identical to the version without a connector. Fitted body can receive 2 plug-in connectors BFU2 S12.G.CP 12 wire-clamps Grey 0116 689.27 R Connector type CP CPE5 - 6HJP 0112 226.12 (socket) CPF2,5/5 - 6JP1 0014 026.06 (connector) Standard flat cable connector type HE 14 (not supplied) Dimensions Modules with screw-clamp terminals only PCB * Max. height of components on rail EN 50022 on rail EN 50022 35 x 15 * Max. height of components on rail EN 50022 35 x 7,5 Dimensions of terminals: 561 P06008 P06008 010102 Electrical and mechanical characteristics 1. Electrical Screw-clamp Type of connection Solid Connected on 1,6 x 0,8 wrap Quick-connect 6,3 x 0,8 conductor dia.: 0,41 to 0,8 mm - 1 to 3 coils 0,5 to 4 mm² 0,5 to 2,5 mm² 0,3 to 2,5 mm² 20 to 12 AWG 22 to 14 AWG 26 to 22 AWG - 1 to 3 coils DIN Gr.C Rated voltage Stranded AWG Wire size 250 V ~ and 300 V = 250 V ~ and 300 V = 250 V ~ and 300 V = NFC Cat. 250 V ~ and = 250 V ~ and = 250 V ~ and = Remarks Wire stripping length pre-insulated quick-connect or 7 mm with thermo shrinkable sleeve Recommended screwdriver 3,5 mm Tabs can be used as soldered connection Max. current: 15 A 2. Mechanical Body: polyamide UL 94.V2. Working temperature: - 40°C to + 100°C. Arc creepage index: KB 600. Storage temperature: - 55°C to + 110°C. If necessary secondary C.I. If necessary secondary C.I. Example: for a unit equipped with 12 screw-clamps + 6 quickconnect tabs, order: Part number Quantity Grey body 12 wire-clamp 0116 522.07 1 Grey left end plate 0116 519.14 1 Grey right end plate 0116 520.11 1 Quick-connect tabs 562 Designation 0174 445.24 6 P06009 P06009 010102 Accessories Printed circuit boards Material: Epoxy resin UL94 VO Thickness of circuit: 0,8 mm Thickness of copper: 35 µm Note: Secondary P.C.B. can be adapted in which the customer is free to select the desired mother board connection system. cut-out when tab on position 31 and 11 24 holes DIA. 1,35 mm pre-punched board spacing 2,54 mm holes DIA. 1,05 non-copper area 2 identical P.C.B.s position of secondary P.C.B.s a= 2,54 b= 5,08 c= 7,62 usable PCB area pre-punched board CI 11.P1 0175 207.07 Note : the secondary P.C.B.s are not kept in stock. Thermal characteristics - For maximum reliability, the mounting method must be determined according to the power dissipated in the interface module, and the ambient temperature around the modules. - Inversely, knowing the type of mounting, A or B, and the power dissipated, the curve (left) determines the maximum recommended ambient temperature. horizontal assembly vertical assembly B A The characteristics shown on the left are given as a guide and may be modified without notice. maximum temperature near the modules 563