Page 446 - KNIPEX katalógus

ELECTRONICS PLIERS

Electronic Super Knips ®
DIN ISO 9654 78

> precision pliers for ultra fine cutting work,
e g in electronics and fine mechanics
> ground, very sharp cutting edges without bevel
> precision shaped tips cut wires resting on a board from 0 2 mm dia
78 03 125
> joint with stainless steel rivet

> cutting edges additionally induction hardened
> extremely smooth movement for minimum operator fatigue
> with opening spring and opening limiter
> in INOX or special tool steel

78 03 125/ESD / 78 23 125
INOX stainless steel; cutting edge hardness approx 5 HRC
78 13 125/ESD
INOX stainless steel; cutting edge hardness approx 5 HRC; with lead catcher – no
uncontrolled loss of cut wire ends 78 03 125 ESD

78 31 125
cutting edges additionally induction hardened, cutting edge hardness approx 60 HRC;
with narrow head; special tool steel, polished
78 41 125
cutting edges additionally induction hardened, cutting edge hardness approx 60 HRC;
with narrow head; with lead catcher – no uncontrolled loss of cut wire ends; special
tool steel, polished
78 61 125/ESD
cutting edges additionally induction hardened, cutting edge hardness approx 6 HRC;
also suitable for cutting glass fibre cables (fibre optics)
78 71 125/ESD
special tool steel, polished; with lead catcher – no uncontrolled loss of cut wire ends;
cutting edges additionally induction hardened, cutting edge hardness approx 6 HRC 78 13 125 78 23 125
60°

78 31 125 78 41 125

Models also for hard wire
78 81 125
precision ground cutting edges with very small bevel suitable also for hard wire;
special tool steel, polished; cutting edge hardness approx 6 HRC
78 91 125
precision ground cutting edges with very small bevel suitable also for hard wire;
with lead catcher – no uncontrolled loss of cut wire ends; special tool steel, 78 61 125 78 71 125
polished; cutting edges additionally induction hardened, cutting edge hardness
approx 6 HRC

ESD pliers (electrostatic discharge)
Electrostatic energy is discharged through
the handles in a gradual and controlled
manner which protects components
endangered by electrostatic discharge
in accordance with applicable standards,
e.g. IEC TR 61 340-5, DIN EN 61 340-5,
78 81 125 78 91 125
SP Method 2472

234