Table of Contents
Related Manuals for Danfoss MCB140
Summary of Contents for Danfoss MCB140
- Page 1 Original Operating Instructions MCB140 / 141 Monitoring module to protect individuals in the hazardous area of machinery and equipment Rev. 06 Document No.: MG34Y104 Safety technology: MCB14x Rev.: 06 23 October 2012 Page 1 of 25...
- Page 2 Change/comment 18 May 2012 Initial version 16 July 2012 Text amendments and supplements for MCB141 6 September Information for MCB141 updated based on MCB140-V05 manual 2012 10 September Chapter 1.2. Intended Use revised 2012 14 September Advance issue for supplied pre-production series...
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Page 3: Table Of Contents
Contents Declaration of Conformity ............................4 1.1. Test specifications ..........................4 1.2. Intended Use ............................4 1.3. Important note ............................ 4 1.4. Safety regulations ..........................5 Short description ..............................6 2.1. Instructions for use ..........................6 2.2. Mounting and housing designs ......................6 2.3. -
Page 4: Declaration Of Conformity
STO without contact-based energy isolation Test according to EN 13849-1 with validation according to EN 13849-2 for PLc/Cat 1 in single channel applications for frequency converters with and without STO EC type test certification: MCB140 ET 12037 MCB141 ET 12082 1.2. -
Page 5: Safety Regulations
1.4. Safety regulations • The device may only be installed and commissioned by a qualified electrician or suitably trained individual, both of whom are familiar with these Operating Instructions and the applicable provisions regarding occupational health and safety and accident prevention. •... -
Page 6: Short Description
The module is manufactured in 2 different enclosure versions: B-Option MCB140 design PCB for direct mounting inside the enclosure of the frequency converter to be monitored (all Danfoss frequency converters with B-Option slot, with the exception of FCD302). The safety outputs are connected to their corresponding control inputs. -
Page 7: Function Blocks
2.3. Function blocks Figure 1 shows the function-related block structure, and Figure 2 shows the hardware-related block structure. The significance and use of the illustrated inputs and outputs is explained in tables 1-3. odule SS1_1 control inputs SLS_1 (channel 1) odule Module Door_1... -
Page 8: Name And Use Of Inputs And Outputs
2.5. Name and use of inputs and outputs Name SS1_1/2 Safe Stop 1 Tripping of Safe Stop 1 (in accordance with EN IEC 61800-5-2) SLS_1/2 Safe Limited Speed Enabling of monitoring of derated maximum speed (safely derated velocity in accordance with EN IEC 61800-5-2) Door_1/2 Mode feedback of protective interlock Pr_1... -
Page 9: Basic Operation Of Device
Pr_1 Pr_2 Door_2 Door_1 24 V SLS_1 SLS_2 Diag Ramp STO_O MCB140 Operation control card 18/27 (for SS1) Inverter 5 VDC Power module 24 V FC302 Figure 2: Standard application for DEFAULT parameters 4. Basic operation of device The description of the various basic operations relates to the DEFAULT configuration when shipped using the speed detection function. -
Page 10: Safety Circuits
Input SS1 STOP/EMERGENCY stop Pressing the Emergency Stop switch trips the defined slowdown of the drive to be monitored by the Ramp output. If the drive does not come to a standstill within a specified time frame (Parameter P301), then the instantaneous STO is tripped by the STO_O and ExC outputs. -
Page 11: Safety Outputs
Each time the STO_O output is destaged, this trips STO on the frequency converter (this signal must always be connected to terminal 37 for Danfoss VLT frequency converters). Once SS1 is enabled, such destaging always occurs if either the monitoring time has elapsed or the drive was detected by the sensors as being at a standstill. -
Page 12: Special Aspects Of Single Channel Use
This section explains the logical functionality and priorities of the MCB14x safety operations. SS1 always has the highest priority. (terminals 8/9 on MCB140, terminals 11/16 on MCB141) If a safe stop 1 is enabled (input signal high -> low), then a braking ramp is tripped on the frequency converter (output signal high ->... - Page 13 If the Door inputs (terminals 12/13 on MCB140, terminals 13/18 on MCB141) are low (i.e. in the event of an open separating protective device, for example), then STO is enabled. This behaviour changes if SLS is also enabled.
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Page 14: Example Application
6.1. Example application A FC302 with MCB140 and a self-closing door with two safety outputs for position monitoring and an input for magnet control are used. During SLS operation, jogging is possible in the event of an open separating protective device. -
Page 15: Overview And Name Of Connection Terminals
Y32/15 Contactor (auxiliary contact) of drive energy Y32/16 isolator Table 13: Assignment of safety inputs Safety-related outputs Operation Meaning MCB140 terminal MCB141 terminal Ramp Ramp signal for controlled drive shutdown Y32/17 STO_O Safe Torque Off (STO) Y32/18 Control of drive energy isolator... -
Page 16: Mcb14X Operational Controls
Connection assignment on MCB140 module All inputs and outputs are accessible via appropriately labelled screw terminals: Pout_1 Diag SS1_2 SLS_1 Door_1 Pr_1 STO_O 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18... -
Page 17: Mcb14X Status Readouts
2 minutes, with the exception of initiator inputs. This can be enabled once again by briefly pressing any key. Readout during initialisation After switching on the operating voltage, the name of the module followed by the software version are displayed for 1s as follows: MCB140: MCB141: c b 1 4 1 c b 1 4 0... - Page 18 Output Output state/readout Operation Braking ramp operation not enabled Ramp Braking ramp requested Drive enabled STO_O Drive locked Drive energy staged Drive energy separated Protective device enabled Protective device interlocked Table 18: Assignment of output states – Safety operation The safety output states correspond to the respective terminal states. The Pr_1 and Pr_2 readout segments correspond directly to the respective initiator terminal or switch states.
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Page 19: Fault Management
6.5. Fault management Any faults detected by the system are divided into 3 categories based on their significance and impact: Fault category 0 Following debugging, it then automatically returns to normal operation and the outputs are enabled again in accordance with the current system state. In order to detect any sporadic faults, the fault code readout remains enabled until it is reset by pressing Enter. -
Page 20: How To Configure
7. How to Configure The configuration menu can be enabled in any of the module's operation statuses. All sensors integrated in monitoring activities, actuators, their switch positions and working speeds to be monitored are defined. The settings are made by the user directly on the module and, once saved, are stored in a non-volatile manner in a parameter record within the device. - Page 21 Parameterisation Level 3: Parameter setting PLUS or MINUS key to set the desired value then: ENTER key for temporary storage and back to Level 2 (Parameter selection) MINUS key to go back to Level 1 (group selection/storage/termination) Storage of configuration in Parameterisation Level 1 PLUS key to select "Storage"...
- Page 22 Parameter description - Group P1 Parame Name Setting value Default Notes ter No. NC/NC NC/NO Input type SS1 P 101 Tripping of OSSD NC/NC Parameter definitions in Table 26 emergency stop PNP-NPN NC-noP NC/NC NC/NO Input type SLS OSSD P 102 Monitoring of derated PNP-NPN NC/NC...
- Page 23 Parameter description - Group P3 Name Setting value Default Notes Trip delay delay of O23…O33 outputs P 301 SS1 Delay time 0….7200s once SS1 is enabled P 302 Zero Speed Limit 6 …1350 RPM Upper speed limit for standstill Zero Speed + 10% Upper speed limit for operating mode 2 P 303 SLS Speed Limit...
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Page 24: Technical Data
[4 mA, 20 mA] Load current max. 1mA R load = 500Ohm Terminals Maximum wire cross section - rigid wire 2.5 mm² (MCB140)) Maximum wire cross section - flexible wire 2.5 mm² (MCB140) Cable end sleeves must be used General data Ambient temperature -20 to +55°C DIN IEC 60068-2-3... -
Page 25: List Of Abbreviations Used
Production week number Last digit of years The serial number for MCB140 and MCB141 depends on the option. The serial number is reset to 0100 each week. The barcode is an interleaved 2/5 barcode without checksum. This barcode can only show the characters 0-9. All other characters are replaced by the relevant ASCII Code.