What to do if motor overload alarm occurs in Shini Industrial Equipment?
If you're getting a motor overload alarm on your Shini Industrial Equipment, it could be due to a blocked filter. Clean the filter and reset the overload relay. Another cause could be one of the three phases lacking. In this case, check the circuit and reset the overload relay.
Why is the material hopper still empty in my Shini SAL-800G Industrial Equipment?
If the material hopper in your Shini Industrial Equipment remains empty or a material shortage alarm occurs after several loading attempts, it could be due to several reasons. First, ensure the storage tank isn't empty and add material if needed. Secondly, check for air leaks in the pipe, lock it tightly, and replace the vacuuming pipe if necessary. Finally, inspect the filter for blockage and clean it if needed.
What to do if the fuse keeps burning out in Shini SAL-800G Industrial Equipment?
If the fuse in your Shini Industrial Equipment burns out immediately after start-up, it suggests a short circuit or a connection to the ground. To resolve this, you should check the circuit.
Why motor can't run in Shini Industrial Equipment?
If the motor of your Shini Industrial Equipment won't run, it could be due to a short-phase issue or the motor being burnt out. You should check the motor and replace it if necessary.
What to do if suction blower doesn't run in Shini SAL-800G?
If a shortage lasts for an extended period but the suction blower doesn't run on your Shini Industrial Equipment, the main switch and control switch might not be open or well-connected; close the main switch and control switch and check their connecting. Alternatively, the microswitch on the hopper may not be connecting properly; adjust or replace it. Finally, the signal wire could be broken; re-connect it.
What to do if the suction blower still runs when hopper is full in Shini Industrial Equipment?
If the suction blower continues to run even when the hopper is full in your Shini Industrial Equipment, it indicates that the touch point is conglutinated. You should repair or replace it.
Component identification for SMH series vacuum hopper loaders.
Component identification for SVH series vacuum hopper loaders.
Details components of the SAL-700G/GE model.
Details components of the SAL-800G/GE model.
Details components of the SAL-900G/GE model.
Exploded view diagram for the SAL-700 model, showing component parts.
Detailed list of spare parts for the SAL-700 model, including part numbers.
Exploded view diagram for the SAL-800G1/G2 models.
Detailed list of spare parts for SAL-800G1/G2 models.
Exploded view diagram for the SAL-900G1/G2 models.
Detailed list of spare parts for SAL-900G1/G2 models.
Provides external dimensions for SMH-6L and SMH-12L models.
Provides external dimensions for SVH-3L, SVH-6L, and SVH-12L models.
Diagram showing external dimensions for the SAL-700G model.
Diagrams showing external dimensions for SAL-800G and SAL-800G2 models.
Diagrams showing external dimensions for SAL-900G and SAL-900G2 models.
General explanation of how the SAL-G series vacuum hopper loaders function.
Detailed explanation and diagram of the working principle for SAL-700G/800G models.
Detailed explanation and diagram of the working principle for SAL-900G model.
Step-by-step guide and diagram for installing SAL-700G/800G series machines.
Step-by-step guide and diagram for installing SAL-900G series machines.
Step-by-step guide and diagram for installing SAL-900GE series machines.
Step-by-step guide and diagram for installing SAL-900GM series machines.
Basic steps for operating SAL-700G/800G models, including start, stop, and time setting.
Instructions for operating the SAL-900G model, including setting loading times.
Guide to selecting and configuring operational functions for SAL-700G/800G models.
Important notes on alarms, overload conditions, and filter checks for SAL-900G.
Describes how to set the operating mode and loading time.
Details how to configure advanced operational parameters.
Visual flowcharts illustrating operational sequences and logic.
Explanation of different operational modes (C1-C4) and their functions.
Lists and explains adjustable parameters (F2-F8) for function settings.
Covers settings for auto-saving, standby states, and jumper functions.
Instructions for cleaning filters in SMH and SVH hoppers to maintain suction.
Steps for cleaning the main unit's filter and removing dust for optimal performance.
Procedure for checking and cleaning filters and storage hoppers.
Electrical schematic showing the wiring for the SAL-700G model.
Diagrams illustrating component arrangement and terminal connections for SAL-700G.
Detailed list of electrical components, symbols, specifications, and part numbers for SAL-700G.
Electrical schematic showing the wiring for the SAL-800G model.
Diagrams illustrating component arrangement and terminal connections for SAL-800G.
Detailed list of electrical components, symbols, specifications, and part numbers for SAL-800G.
Detailed list of electrical components, specifications, and part numbers for SAL-800G2.
Electrical schematic showing the wiring for the SAL-900G model.
Diagrams illustrating component arrangement and terminal connections for SAL-900G.
Detailed list of electrical components, specifications, and part numbers for SAL-900G.
Detailed list of electrical components, specifications, and part numbers for SAL-900G2.
General| Model | SAL-800G Series |
|---|---|
| Heating Capacity | Not Applicable |
| Air Flow | Not Applicable |
| Category | Gravimetric Blender |
| Number of Components | Up to 8 components |
| Construction Material | Stainless Steel |
| Communication Interface | RS485 |
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