Thứ Bảy, 28 tháng 6, 2014

Driver Card No. CB-030 Driver Cards ITOH DENKI Vietnam | ITOH DENKI Việt Nam

Models Applicable

PM486FH

The CB-030 driver card is used to control Power Moller 24 brushless model PM486FH 24VDC motorized rollers. It performs motor run/stop along with direction functions. Speed selection via rotary switch (20 fixed speeds). Variable speed can also be controlled by an external analogue voltage (0 to 10V). Overload protection through a built-in thermister and current limiter; error signal in case of motor overload, Switchable PNP or NPN inputs / outputs. Acceleration and deceleration regulated using 2 potentiometers (0 to 2.5 sec). Automatic or manual restart after overload activation. The CB-030 can deliver a PWM (Pulse Width Modulation) by means of a magnetic pulse.

Specification Document

CB-030S Product Sheet

Technical Document

CB-030 Technical Document PDF

CAD Drawing Download (.DWG)

CB-030 .DWG File

Power Source:

• 24VDC Battery or 24VDC Power Supply
• Battery or fullwave rectified with smoothed current <10% Ripple

Dimensions

Specifications

Protection	• Thermal protection reaction 85° C (158° F) on the PCB105° C (221° F) in the motor• Built-in 10A fuse for power supply protection• Built-in diode for incorrect wiring protection
Terminal	• 2-Pole WAGO (CN1) (M) 734-162(F) 734-102	• 5-Pole WAGO (CN2) (M) 733-365(F) 733-105
Motor Connector	• 12-Pole JST (M) S12B-XH-A(F) XHP-12 (socket terminal SXH-001P-P0.6)
Applicable Environment	• Temperature: 0 – 40° C (32 – 104° F)• Humidity: <90% Relative Humidity (no condensation)• Atmosphere: No corrosive gasses• Vibration: 0.5G

Product Options:

Driver Card No. CB-016S7 Driver Cards ITOH DENKI Vietnam | ITOH DENKI Việt Nam

Models Applicable

PM486FS, PM486FE, PM486FP, PM570FE,PM605FE, PM635FS

Specification Document

CB-016S7 Product Sheet

Technical Document

CB-016S7 Technical Document PDF

CAD Drawing Download (.DWG)

CB-016S7 .DWG File

Features:

• Adjustable acceleration and deceleration time (0 to 2.5s)
• Stable speed operation
• Manual or automatic recovery of the thermal overload device
• One (1) DIP switch combined with one (1) rotary switch to select up to 20 different fixed speeds
• Forcibly stops the motor if motor lock or thermal overload error lasts for 4 seconds or more.
• Three (3) LEDs (green, red, & orange) to identify the type of error and number of error occurrences
• Error occurrence indication
• Displayed only when error condition is present
• Pulse signal output to indicate motor revolution
• Lead free design; RoHS compliant
• Low Voltage Protection reacts when
• Sustained low voltage (less than 15V DC) for at least 1 second
• Fluctuating voltage dropping below 15V DC, 5 times within 0.5 second
• Delayed Start-up Over-current response
• 1 second delay after RUN signal is applied, before over-current indication is active
• Eliminates false over-current indication during motor start
• External Direction control
• When external DIR signal is changed while motor is running, the motor stops for 0.5 second, then runs again in opposite direction

Enhancements over CB-016S4

• Increased Torque / More efficient components / Improved protection against generated voltage due to Power Moller overspeeding.

• Snap-on cover makes NPN/PNP switching easier (better visibility) / Card does not have to be removed from conveyor frame to remove cover.

Dimensions:

Specifications:

Electrical	• 24V DC ±10% input • Battery • Power Supply: fullwave rectified with smoothed current and < 10% Ripple • Power ON delay < 1s • 4A locking current • Input signal level for activation • 0V (3V or less) for NPN • 24V (18V or greater) for PNP • Output (Error and Motor Pulse) signals • Open collector 24V, 25mA or less • NPN • PNP (selectable for Error only) • Brake model only • 0.2s delay between stop signal and mechanical brake reaction • 0.2A brake current @24V (< 0.1s) • Brake coil is active (disengaging brake) while motor is running
Brake	• Dynamic (Electric-Both models) • Mechanical (CB-016BS7 only)
Protection	• Thermal protection reaction • 85° C (185° F) on the PCB • 105° C (221° F) in the motor • Built-in 5A fuse for power supply protection • Built-in diode for incorrect wiring protection
Applicable Environment	• Temperature 0~40° C (32~104° F) • < 90% Relative Humidity (No condensation) • No corrosive gas • Vibration < 0.5G
Power Source	• 24VDC Battery or 24VDC Power Supply• Battery or fullwave rectified with smoothed current < 10% Ripple

Product Options:

Driver Card No. CB-016S4 Driver Cards ITOH DENKI Vietnam | ITOH DENKI Việt Nam

Models Applicable

PM486FS, PM486FE, PM486FP,
PM570FE, PM605FE, PM635FS

The CB-016S4 driver card is a new generation of brushless dc motorized roller driver card. The design concept is to keep the basic functions of the current CB 016S2 driver card, while having the compatibility (size, connectors, functions) to the CB 016S2 card plus to have some additional features. And more importantly the CB 016S4 is designed to be lead free to comply with RoHS directive.

CB 016P4 for standard motor, PNP signal input and output
CB 016S4 for standard motor, NPN signal input and PNP signal output
CB 016BN4 for built-in brake motor, NPN signal input and output
CB 016BP4 for built-in brake motor, PNP signal input and output
CB 016BS4 for built-in brake motor, NPN signal input and PNP signal output

Specification Document

CB-016S4 Specification Document PDF

Technical Document

CB-016S4 Technical Document PDF

CAD Drawing Download (.DWG)

CB-016S4 .DWG File

Power Source:

• 24VDC Battery or 24VDC Power Supply
• Battery or fullwave rectified with smoothed current <10% Ripple

Dimensions

Specifications

Electrical	• 24V DC ±10% input • 24VDC: Battery or fullwave rectified and smoothed current <10% Ripple • Power ON delay <1s • 4A locking current • Input signal level for activation 0V (3V or less) for NPN 24 V (18V or greater) for PNP • Output (error) signal Open collector 24V, 25mA or less Selectable NPN PNP • Brake Model Only 0.2s delay between stop signal and mechanical brake reaction 0.2A brake current @24V (<0.1s) Brake coil is active (disengaging brake) while motor is running
Brake	• Dynamic (Electric-Both models) • Mechanical (CB-016S2B only)
Protection	• Thermal protection reaction 85° C (158° F) on the PCB 105° C (221° F) in the motor • Built-in 5A fuse for line current to prevent overheating • Built-in diode for incorrect wiring protection
Terminal	• 2-Pole WAGO (CN1) (M) 734-162 (F) 734-102	• 5-Pole WAGO (CN2) (M) 733-365 (F) 733-105
Motor Connector	• 9-Pole JST (CB0-16) (M) S9B-XH-A (F) XHP-9 (socket terminal SXH-001P-Po.6)	• 10-Pole JST (CB0-16B) (M) S10B-XH-A (F) XHP-10 (socket terminal SXH-001P-Po.6)
Applicable Environment	• Temperature: 0 – 40° C (32 – 104° F) • Humidity: <90% Relative Humidity (no condensation) • Atmosphere: No corrosive gasses • Vibration: 0.5G

Product Options:

Driver Card No. CB-016S2 Driver Cards ITOH DENKI Vietnam | ITOH DENKI Việt Nam

Models Applicable

PM486FS, PM486FE, PM486FP,
PM570FE, PM605FE, PM635FS

The CB-016S2 driver card is used to control Power Moller® 24 brushless DC motorized rollers. It performs motor run/stop along with direction
functions. Speed selection via rotary switch (20 fixed speeds). Variable speed can also be controlled by an external analogue voltage
(0 to 10V). Overload protection through a built-in thermister and current limiter; error signal in case of motor overload, Switchable PNP or
NPN inputs / outputs. Acceleration and deceleration regulated using 2 potentiometers (0 Ã 2sec). Automatic or manual restart after overload
activation. The CB-016S2 can deliver a PWM (Pulse Width Modulation) by means of a magnetic pulse. Also available for rollers with built-in brakes, CB-016BS2.

Technical Document

CB-016S2 Technical Document PDF

CAD Drawing Download (.DWG)

CB-016S2 .DWG File

Power Source:

• 24VDC Battery or 24VDC Power Supply
• Battery or fullwave rectified with smoothed current <10% Ripple

Dimensions

Specifications

Electrical	• 24V DC ±10% input• 24VDC: Battery or fullwave rectified and smoothed current <10% Ripple • Power ON delay <1s • 4A locking current • Input signal level for activation 0V (3V or less) for NPN 24 V (18V or greater) for PNP • Output (error) signal Open collector 24V, 25mA or less Selectable NPN PNP • Brake Model Only 0.2s delay between stop signal and mechanical brake reaction 0.2A brake current @24V (<0.1s) Brake coil is active (disengaging brake) while motor is running
Brake	• Dynamic (Electric-Both models) • Mechanical (CB-016S2B only)
Protection	• Thermal protection reaction 85° C (158° F) on the PCB 105° C (221° F) in the motor • Built-in 5A fuse for line current to prevent overheating • Built-in diode for incorrect wiring protection
Terminal	• 2-Pole WAGO (CN1) (M) 734-162 (F) 734-102	• 5-Pole WAGO (CN2) (M) 733-365 (F) 733-105
Motor Connector	• 9-Pole JST (CB0-16) (M) S9B-XH-A (F) XHP-9 (socket terminal SXH-001P-Po.6)	• 10-Pole JST (CB0-16B) (M) S10B-XH-A (F) XHP-10 (socket terminal SXH-001P-Po.6)
Applicable Environment	• Temperature: 0 – 40° C (32 – 104° F) • Humidity: <90% Relative Humidity (no condensation) • Atmosphere: No corrosive gasses • Vibration: 0.5G

Product Options:

Driver Card No. CB-005 – Brake Card Driver Cards ITOH DENKI Vietnam | ITOH DENKI Việt Nam

PM486FS series Power Moller can be supplied with Driver card No. CB-005 with brake function, a built-in overload protection device and potentiometer to vary operating speed, together with two mounting brackets, No. A-071-G (flat on top) or A-081-G (point on top), to match the conveyer design.

It is mandatory to fix both shafts of the unit properly with these brackets. The base plate of the Driver card must be affixed to conveyor frame to ensure the heat dissipation.

Specification Document

CB-005 Specification Document PDF

Technical Document

CB-005 Technical Document PDF

CAD Drawing Download (.DWG)

CB-005N .DWG File

Features:

• Provides Thermal Protection for board and motor
• Built-in current limiter
• Error Output signal for self diagnosis
• Dynamic brake control
• Variable speed (0% – 100%) by onboard potentiometer or 0 to 5 volt signal
• Pulse Signal Output for sensing motor rotation
• Used with models that incorporate a mechanical brake (PM486FS-BR) and controls both the dynamic and mechanical brakes for extended brake life

Dimensions

Wiring Specifications for CB-005:

Input Voltage	• 14-26VDC
Nominal Operating Voltage	• 24VDC: Battery or fullwave rectified and smoothed current <10% Ripple
Overload Protection	• Built-in Current Limiter: 2.3 – 3.2A depending on the nominal speed (current) of the unit • Thermal Overload Protector: Reacts at critical temperature either at 70° C (158° F) on the PCB, or at 105° C (221° F) in the motor, and will reduce the motor output torque to prevent motor burnout. The motor torque will recover after cool off. • 5A fuse to power supply, power supply protection • Diode: protects the PCB from incorrect wiring • Resistance to surge • Peak current protection (6A)
Speed Variation	• 0 – 100% of the peripheral velocity
Control Terminals	• Power: 24VDC is supplied between #1 and #2 • Start/Stop: Place ON/OFF switch between #2 and #3 • CW/CCW (Dip Switch 2 ON): CW – open between #2 and #4 CCW – closed between #2 and #4 • Remote speed control (Dip Switch 1 ON): Input Voltage between 0 and 5VDC to #5 with integrated potentiometer set to Max. • Pulse signal output (#6): 1 motor rotation (before gear reduction) corresponds to 2 pulses (25mA Max. output) • Error (overload) signal output (#7): LOW output incase Thermal Overload Protection or current limiter reacts (NPN transistor open connector output 25mA Max.) *0V to #2 and #5 must be common (output 20mA @ 5V)
Dip Switches	•SW1: ON – External; OFF – Internal •SW2: ON – CW; OFF – CCW Normally shipped with 1 – OFF and 2 – ON
Mechanical Brake	• With the stop signal, the dynamic brake is applied until the motorrotation reduces, then the mechanical brake is applied for a holding effect Mechanical brake torque is designed to be less than the motor torque • Mechanical brake torque is designed to be less than the motor torque
Error Indication	• LED (Green – Powered; Red – Overload)
Applicable Environment	• Temperature: 0 – 40° C (32 – 104° F) • Thermal Overload Protection may react depending on the operating conditions. • Humidity: <90% Relative Humidity (no condensation) • Atmosphere: No corrosive gasses • Vibration: 0.5G

Product Options: