Huayide Mother-Child Shuttle Asrs High-Density Pallet Racking System

Product Description

HUAYIDE Mother-Child Shuttle ASRS High-Density Pallet Racking System Product Description
Multi Deep Pallet ASRS are fully automated pallet storage solutions for warehouses with low ceilings, fewer unique products and high throughput requirements, these shuttle based ASRS system range from:
Mother & Baby Shuttle (satellite) System
Four Way Shuttle System
S/R M + Shuttle System
Radio Shuttle System-- Semi Automated Solution
HUAYIDE's Mother & Baby Shuttle ASRS consists of high-density pallet racking, mother shuttle (satellite) powered by bus bar, baby (child) shuttle board on mother shuttle, pallet elevator, buffer conveyors etc.
HUADE Mother & Child Shuttle Specification:

Type		Non layer transfer type		Layer transfer type
Mother Shuttle Model		HDSZS		HDSZM
Mother Shuttle Power Supply Mode		Bus bar	battery	Bus bar	battery
Max Load Capacity (kg)		1500	1500	1500	1500
Applicable Pallet Size (pallet length mm)		1100×1300	1100×1300	1100×1300	1100×1300
Speed	Mother Shuttle empty load	2.5	1.5	2.5	1.5
	Mother Shuttle fully load	2.0	1.0	2.0	1.0
	Satellite empty load	1.0	0.9	1.0	0.9
	Satellite fully load	0.6	0.5	0.6	0.5
Motor power	Mother Shuttle drive motor	2.2 (AC380V)	1.5 (DC48V)	2.2 (AC380V)	1.5 (DC48V)
	Mother Shuttle chain motor	0.4 (AC380V)	0.4 (DC48V)	0.4 (AC380V)	0.4 (DC48V)
	Satellite drive motor	0.4	0.4	0.4	0.4
	Satellite lifting motor	0.37	0.37	0.37	0.37
Mother Shuttle battery	Battery capacity Ah		80		80
	Continuous working hours on a single charge		8		8
	Charging time h		8		8
Child Shuttle battery	Battery capacity Ah	Super capacitor	50Ah (DC24V)	Super capacitor	50Ah (DC24V)
Carrier & shuttle charging mode		On-line	On-line	On-line	On-line
Control mode		Manual, Automatic, On-line

HUADE latest four way shuttle transport technology (rack entry vehicle) enables these multiple deep pallets at any level can be accessed. The solution can be applied into a smaller building footprint, and in return less impact on its surrounding environment.
Typical Mother & Child Shuttle System Architecture:
Mother Child Shuttle Feature
Maximum storage capacity up to 80%-90% Effectively eliminate error rate by Warehouse Management System Allow for expansion as throughput increase without changing original layout Ideal solution for manufacturing businesses, especially those in the fast moving consumer goods, food ,beverage and cold chain industries Applications

Main Racking Product
Huade Shuttle Family

FAQ
Q. What we do ?
Pallet Type Automated Storage and Retrieval System (Unitload AS/RS)
Box/ Container/ Crate/ Case Type Automated Storage and Retrieval System (Miniload AS/RS)
Shuttle Storage & Sequencing system
Rack-supported building type AS/RS
Semi-automated Radio Shuttle System
Electrical Mobile Racking System
Floor conveying & sortation system
Automatic Truck/Trailer Loading System
In HUAYIDE, you'll get turnkey solutions for engineering & consulting , design & manufacturing, implementation & training, commissioning & after-sale service. With the best throughput capacity to really in-house all your warehousing requirements, grow your business in a cost effective way.
Q. Why choose us?
Complete mastery of the process
Self-developed, engineered, produced and installed;
Very competitive pricing
Manufacturing in Asia save you up to 50%!
Integrated by us save you up to 25% more!
Successful cases backup
Projects in various industries ready for you to visit;
We upgrade on existing successful experience;
High-efficient
Instant communication are available 24/7/365;
Solutions for RFQ shall be obtainable within 36 hours;
Professional team work
We care and carry out your every single requirement;
We trained our engineers to speak English;
Reliable & Flexible
We study your market local regulations to comply with;
Credible backup documents for your evaluation;
Q. How we work?
Step 1 Define
HUAYIDE Solutions' engineers work with project stakeholders to determine project objectives
Step 2 Measure
Information is collected to help our engineers better understand your business.
Step 3 Analyze
Analyze data from your operating systems and create models that predict future states
Step 4 Design
Analyze data from your operating systems and create models that predict future states.
Step 5 Validate
System costs are estimated and a complete analysis is done to determine feasibility of each alternative.
Step 6 Client Presentation
Client is given final presentation of costs and best solution.