Control technique Technique de sécurité

Safety switching devices Standstill / speed monitoring Multifunctional safety devices Wireless Safety System Safety switches Guard locks Key transfer Residual current monitors Insulation monitors Insulation fault location system Measuring and monitoring relays Fault annunciators and fault annunciator systems SMS-Telecontrol module Solid-state relays /- contactors Reversing contactors Softstarters Motor brake relays Speed and phase controllers Multifunctional motor control units ■ Latching / interface / switching relays ■ Interface modules ■ Power supply units ■ I / O modules ■ CANopen PLC ■ CANopen...

Machinery and plant Power generation/distribution Oil and gas industry Automation Transport and material handling systems Rail technology Aviation/marine industry Paper and printing industry Food industry Rubber/plastics industry Heating and refrigeration Automotive Mining/metal working Chemical/pharmaceutical applications Medical technology Water/waste water treatment Cable cars/ski lifts ... and wherever safety has high priority. We can cover your industrial applications as well!

The DOLD philosophy, “Our experience. Your safety” constitutes our program: Offering solutions based on over 80 years of experience with a workforce of more than 400 employees, we manufacture high quality products using state-of-the-art production plant at our Furtwangen facility in Germany. The comprehensive product range includes relay modules, safety relays with positively-driven contacts and electronic housings with virtually unparalleled production detail. The combination of know-how, innovation and experience makes us one of the leading worldwide manufacturers. Apart from standard solutions,...

Table of contents Function Latching / interface / switching relays

Alphabetical index Type

Alphabetical index Type

Function index Function Input- / Output module analogue, Input- / Output module digital,

NC= normally closed contact, NO = normally open contact, C/O = changeover contact

Interface relays Connecting links between logic and load Solid-state coupling relays Electronic control units have been inherent parts of advanced automation technology for a long time. Already in the early seventies, they superseded bit by bit contactor and relay control systems that were usual by then. With them, the power consumption of control systems working with extra-low voltage could be reduced to a minimum. However, the energy demand of the power level for driving motors, magnetic clutches or hydraulic cylinders has not changed up to now. They still need a high amount of electrical energy....

CANopen Requirements and application fields for fieldbus systems Control equipment in machines and installations becomes more and more complex. However, sensors and actuators are often conventionally wired. But with increasing complexity and performance also the time needed for engineering, installation, wiring, commissioning and maintenance increases. Such work becomes more confusing, error-prone and also more costly. An alternative is the use of bus systems. Some advantages of fieldbus systems are listed below: Advantages of fieldbus systems - Wiring becomes clearer when actuators and sensors are...

CANopen DOLD offers devices for two-wire transmission that can be used in their basic function (plug & play) without programming tool. The following describes most simple easily implementable application examples. Attention: To achieve a transmission in plug & play mode it must be ensured that one input module, e.g. IP 5502, with the address set to 1 is connected to the CAN bus. Simple remote control Using DOLD’s input modules IP 5502 and output modules IP 5503 it is easily possible to transmit input signals to output relays over large distances via two-wire cables without programming (e.g. control...

According to IEC/EN 60 947-5-1 Input for AC/DC 24 V, AC 110 V or 230 V, as required 1 NO contact for AC 230 V LED indicator Width 9 mm Indicators 1 LED: on when the output relay is activated Notes There must be no 3-phase voltage (400 V) between the input and contact circuit. Technical Data Input Nominal voltage UN: Voltage range: at 10% residual ripple: at 48% residual ripple: Nominal consumption: Nominal frequency: Release voltage: Contacts: IG 3051.01: Thermal current Ith: Nominal output voltage: Switching voltage (min.) Switching-on capacity: Switching current (min.) Switching capacity: Electrical...

Technical Data General Data Operating mode: Temperature range Operation: Storage: Altitude: Clearance and creepage distances rated impulse voltage / pollution degree: EMC Electrostatic discharge: HF irradiation 80 MHz ... 2,7 GHz: Fast transients: Surge voltage between wires for power supply: between wire and ground: HF-wire guided: Interference suppression: Degree of protection Housing: Terminals: Housing: Vibration resistance: Climate resistance: Terminal designation: Wire connection: Continuous operation 1 kV 2 kV 10 V Limit value class B Stripping length: Wire fixing: Fixing torque: Mounting: Weight: Dimensions...

Interface relays Input Interface Relay - Output Interface Relay CA 3056, CB 3056, CC 3056 • According to IEC/EN 60 947-5-1 • Protective separation acc. to IEC/EN 61 140, IEC/EN 60 947-1: 6 kV / 2, at CA / CB • As option goldplated contacts (5 |im Au) to switch low loads • LED indication • Optionally with 1 NO contact, 1 NC contact, 1 C/O contact, 2 C/O contacts, 2 NO contacts • Optionally with MOV on input to achieve higher surge immunity • Width: 11.5 mm Application • Link between the control and the power level • For separating potentials Indication LED on, when supply connected Circuit...

Technical Data Standard Type Switching capacity to AC 15 NO contact: NC contact: to DC 13 NO contact: NC contact: (not at CA 3056.01/100) permissible contact-loading capacity at CA 3056.01/100: 0.1...60 V /1...300 mA • Nominal voltage UN: AC/DC 24 V • Protective separation acc. to IEC/EN 61 140, IEC/EN 60 947-1: 6 kV / 2 Electrical life to AC 15 at 3 A, AC 230 V: Permissible switching frequency: Short circuit strength max. fuse rating: Mechanische Lebensdauer: > 8 x 105 switch. cycles IEC/EN 60 947-5-1 (not at CA 3056.01/100) 20 switching cycles / s 6 A gG / gL IEC/EN 60 947-5-1 Contact...