SMC high purity HYPER FITTING series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications. If chemistries or flow requirements are changed during
SMC high purity HYPER FITTING series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications. If chemistries or flow requirements are changed during
SMC high purity HYPER FITTING series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications. If chemistries or flow requirements are changed during
SMC high purity HYPER FITTING series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications. If chemistries or flow requirements are changed during
SMC high purity HYPER FITTING series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications. If chemistries or flow requirements are changed during
SMC high purity HYPER FITTING series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications. If chemistries or flow requirements are changed during
Type: Fitting Body, Material: PFA, Connection Type: Pipe⇔Pipe, different diameters connection, Pipe-to-Pipe Unequal Diameter Connection Type: Reducing Union Tee, Applicable Tube Outer Dia. (in) D (D1): 1/4, Applicable Tube Outer Dia. (in) D2: 1/4, Applicable Tube Outer Dia. (in) D3: -, Maximum Operating Temperature(°C): 200, Packing: Clean Packaging Class M3.5 Equivalent, Nut Material: PFA
Type: Fitting Body, Material: PFA, Connection Type: Pipe⇔Pipe, different diameters connection, Pipe-to-Pipe Unequal Diameter Connection Type: Reducing Union Tee, Applicable Tube Outer Dia. (in) D (D1): 1/2, Applicable Tube Outer Dia. (in) D2: 1/2, Applicable Tube Outer Dia. (in) D3: 3/8, Maximum Operating Temperature(°C): 200, Packing: Clean Packaging Class M3.5 Equivalent, Nut Material:
Type: Fitting Body, Material: PFA, Connection Type: Pipe⇔Pipe, different diameters connection, Pipe-to-Pipe Unequal Diameter Connection Type: Reducing Union Tee, Applicable Tube Outer Dia. (in) D (D1): 3/4, Applicable Tube Outer Dia. (in) D2: 3/4, Applicable Tube Outer Dia. (in) D3: 1/2, Maximum Operating Temperature(°C): 200, Packing: Clean Packaging Class M3.5 Equivalent, Nut Material:
Type: Fitting Body, Material: PFA, Connection Type: Pipe⇔Pipe, different diameters connection, Pipe-to-Pipe Unequal Diameter Connection Type: Reducing Union Tee, Applicable Tube Outer Dia. (in) D (D1): 1, Applicable Tube Outer Dia. (in) D2: -, Applicable Tube Outer Dia. (in) D3: 3/4, Maximum Operating Temperature(°C): 200, Packing: Clean Packaging Class M3.5 Equivalent, Nut Material: PFA,
LQ3". "FLUOROPOLYMER FITTING. "FITTING lb. LQ.
Size Combination: A Side, Left: 1/4" x 5/32"; B Side, Center: 3/8" x 1/4"; C Side, Right: 3/8" x 1/4"
Size Combination: A Side, Left: 1/2" x 3/8"; B Side, Center: 3/4" x 5/8"; C Side, Right: 3/4" x 5/8"
Size Combination: A Side, Left: 6 x 4; B Side, Center: 8 x 6 ; C Side, Right: 8 x 6
Table Accuracy: Basic, Size: 30, Max. Rotation Torque: K (High Torque, LER10: 0.3; LER30: 1.2; LER50: 10), Rotation Angle: LER10: 310°; LER30/LER50: 320°, Motor Cable Entry: Basic, Entry on the Right Side, Actuator Cable: R (Robotic Type Cables, Flexible Type), Actuator Cable Length: 5 (5)
Table Accuracy: Basic, Size: 50, Max. Rotation Torque: K (High Torque, LER10: 0.3; LER30: 1.2; LER50: 10), Rotation Angle: LER10: 310°; LER30/LER50: 320°, Motor Cable Entry: Basic, Entry on the Right Side, Actuator Cable: R (Robotic Type Cables, Flexible Type), Actuator Cable Length: 5 (5)
Table Accuracy: Basic, Size: 10, Max. Rotation Torque: K (High Torque, LER10: 0.3; LER30: 1.2; LER50: 10), Rotation Angle: LER10: 310°; LER30/LER50: 320°, Motor Cable Entry: Basic, Entry on the Right Side, Actuator Cable: R (Robotic Type Cables, Flexible Type), Actuator Cable Length: 5 (5)
Table Accuracy: H (High Precision), Size: 10, Max. Rotation Torque: K (High Torque, LER10: 0.3; LER30: 1.2; LER50: 10), Rotation Angle: LER10: 310°; LER30/LER50: 320°, Motor Cable Entry: Basic, Entry on the Right Side, Actuator Cable: R (Robotic Type Cables, Flexible Type), Actuator Cable Length: 5 (5)
Table Accuracy: H (High Precision), Size: 30, Max. Rotation Torque: J (Basic, LER10: 0.2; LER30: 0.8; LER50: 6.6), Rotation Angle: LER10: 310°; LER30/LER50: 320°, Motor Cable Entry: Basic, Entry on the Right Side, Actuator Cable: R (Robotic Type Cables, Flexible Type), Actuator Cable Length: 5 (5)
Table Accuracy: H (High Precision), Size: 30, Max. Rotation Torque: K (High Torque, LER10: 0.3; LER30: 1.2; LER50: 10), Rotation Angle: LER10: 310°; LER30/LER50: 320°, Motor Cable Entry: Basic, Entry on the Right Side, Actuator Cable: R (Robotic Type Cables, Flexible Type), Actuator Cable Length: 5 (5)