+86 15558701985

+86 18968805778

0
Model No: SHBF700

SHBF700 Enhanced General Purpose Inverter

The SHBF700 enhanced general-purpose inverter is a versatile and high-efficiency motor control solution tailored for diverse industrial environments. By leveraging sophisticated control algorithms, it delivers accurate speed and torque regulation, maintaining consistent motor performance across varying load conditions. The device offers flexible control methods, including V/F control, vector control, and servo control, catering to a wide range of application requirements.
Equipped with robust communication capabilities, the SHBF700 supports industry-standard protocols like Modbus and CANopen, enabling seamless integration with upper-level control systems and peripheral devices. Its intuitive user interface simplifies operation, while comprehensive protection features—such as overload, short-circuit, and overheating safeguards—ensure dependable and secure system performance. This combination of advanced functionality and reliability makes the SHBF700 an ideal choice for demanding industrial applications.
Quantity :
add to cart
Contact Now
Product Details

Application Industry

Variable-frequency drive

 
Complete Technical Specifications
1. Standard Configuration of the Variable-frequency drive (VFD)
The industrial-grade Variable-frequency drive (VFD) incorporates a high-precision frequency converter system. This Inverter-based solution includes:
Dual digital display for the Variable-frequency drive (VFD)
485 communication in the frequency converter
5 digital inputs (supporting 100KHz pulses) for the Inverter
Relay output expandable to 8 relays in the Variable-frequency drive (VFD)
3 analog inputs (AI3 as panel potentiometer) in the frequency converter
+10V/+24V power supply for Inverter peripherals
Brake unit integrated with the Variable-frequency drive (VFD)
PLC and PID functions within the frequency converter
16-stage speed control via the Inverter
4 acceleration/deceleration profiles for the Variable-frequency drive (VFD)
VF mode supporting 3000Hz output from the frequency converter
Phase loss protection in the Inverter
2. Running Control Methodology
The Variable-frequency drive (VFD) employs multiple control modes:
Linear V/F control in the frequency converter
Square V/F control for the Inverter
SVPWM modulation in the Variable-frequency drive (VFD)
Overload capability:
frequency converter G-model: 150%/60s, 180%/3s
Inverter P-model: 120%/60s, 150%/3s
Carrier frequency (1.0-8.0kHz) adjustable in the Variable-frequency drive (VFD).
3. Functional Implementation
The frequency converter enables:
Multi-mode frequency setting for the Variable-frequency drive (VFD)
PID control through the Inverter
Constant pressure applications via Variable-frequency drive (VFD)
16-stage speed selection in the frequency converter
4 acceleration/deceleration sets for the Inverter
Current limiting in the Variable-frequency drive (VFD)
Automatic voltage regulation in the frequency converter
20+ fault protections for the Inverter
Dual keyboard support on the Variable-frequency drive (VFD)
4. Power Specifications
Variable-frequency drive (VFD) input:
frequency converter accepts 220V/380V/480V ±15%
Inverter frequency range: 47-63Hz
Variable-frequency drive (VFD) output:
frequency converter delivers 0-rated voltage
Inverter frequency: 0-3000Hz
5. Interface Architecture
The Variable-frequency drive (VFD) provides:
5 digital inputs (1x100KHz) in frequency converter
3 analog inputs for Inverter signals
1 analog output from Variable-frequency drive (VFD)
Relay output (250VAC/3A) in frequency converter
100KHz pulse output via Inverter
RS485 communication for Variable-frequency drive (VFD)
Temperature detection in frequency converter
Expandable 8-relay interface for Inverter
6. Advanced Applications
The Variable-frequency drive (VFD) specializes in:
frequency converter-based constant pressure systems
Inverter-controlled temperature regulation
One-drag-four pumping via Variable-frequency drive (VFD)
frequency converter sleep/wake functions
Inverter-enabled single-phase boost (220V→380V)
Customizable Variable-frequency drive (VFD) solutions
frequency converter parameter cloning
Inverter-specific PID auto-tuning
7. Critical Reinforcement
This Variable-frequency drive (VFD) guarantees explosion-proof safety through its frequency converter design. The Inverter's phase-loss protection complements the Variable-frequency drive (VFD) architecture. For EPS applications, the frequency converter supports fire emergency modes while the Inverter maintains thermal stability.

Frequency Inverter Series

Model No.Input rated
voltage
(V)
Rated
output
power(KW)
Rated
output
current(A)
DimensionRemark
SHBF700-02S0.75GSinge
phase
220V
±15%
0.75KW4A155.5X85X106A
SHBF700-02S1.5G1.5KW7A155.5X85X106
SHBF700-02S2.2G2.2KW9.6A155.5X85X106
SHBF700-02S3.7G3.7KW17A211X117.5X137B
SHBF700-02S5.5G5.5KW25A259X148X167C
SHBF700-02T0.75G3phase
220V
±15%
0.75KW3.8A155.5X85X106A
SHBF700-02T1.5G1.5KW5.1A155.5X85X106
SHBF700-02T2.2G2.2KW9.6A155.5X85X106
SHBF700-02T3.7G3.7KW17A211X117.5X137B
SHBF700-02T5.5G5.5KW25A259X148X167C
SHBF700-02T7.5G7.5KW32A259X148X167
SHBF700-04T0.75G3phase
380V
±15%
0.75KW2.1A155.5X85X106A
SHBF700-04T1.5G1.5KW3.8A155.5X85X106
SHBF700-04T2.2G2.2KW5.1A155.5X85X106
SHBF700-04T3.0G3.0KW6.8A155.5X85X106
SHBF700-04T4.0G4.0KW9A155.5X85X106
SHBF700-04T5.5G5.5KW13A211X117.5X137B
SHBF700-04T7.5G7.5KW17A211X117.5X137
SHBF700-04T11G11KW25A259X148X167C
SHBF700-04T15G15KW32A259X148X167

Structure Diagram

Variable-frequency drive